#rolling conveyor systems uk

[orionmis]

Rolling Conveyor Systems vs. Belt Conveyors: Which Is Right for Your Operation?

When it comes to designing an efficient material handling system, one of the most important decisions you’ll need to make is choosing the right type of conveyor system. Rolling conveyor systems and belt conveyors are two of the most popular options, but which one is best suited for your operation? To make an informed choice, it’s essential to understand the unique benefits, limitations, and applications of each system.

In this blog, we’ll compare rolling conveyor systems and belt conveyors in terms of performance, maintenance, cost, and suitability for different types of operations.

1. Basic Differences Between Rolling Conveyor Systems and Belt Conveyors

At the core, rolling conveyors and belt conveyors function similarly—they both move materials from one place to another. However, the mechanisms they use to achieve this are different:

Rolling Conveyor Systems: These use rollers (often powered or gravity-fed) to move products along the conveyor line. The material being transported usually sits directly on the rollers or may be placed in bins that roll along the system.

Belt Conveyors: These use a continuous loop of material (usually rubber or fabric) to transport goods. The belt is typically powered by motors that drive the rollers at either end of the conveyor system.

2. Performance: Which Is More Efficient for Your Needs?

Rolling Conveyors: Ideal for moving heavy, rigid, or large items that can roll smoothly across the rollers. They are highly effective in situations where gravity can assist in the movement of goods, such as on sloped conveyors or in gravity-fed systems. Rolling conveyors excel at high-speed operations and heavy-duty applications, making them well-suited for industries like warehousing, manufacturing, and distribution.

Belt Conveyors: These are often more versatile in terms of the range of materials they can transport. Whether you need to move small, fragile items or large, bulky loads, a belt conveyor can be customized to handle them. They are also more effective at conveying items that may not roll easily on a set of rollers, such as loose materials or products that need to be held firmly in place. Belt conveyors are widely used in industries like food processing, mining, and automotive assembly lines.

3. Maintenance: Which System is Easier to Maintain?

Rolling Conveyors: Generally, rolling conveyors are less complex than belt conveyors and tend to have fewer components that could potentially fail. However, the rollers themselves can become worn over time, especially if heavy or abrasive materials are being moved. Regular inspection and occasional replacement of rollers and bearings are required to keep the system running smoothly. If the rollers are powered, they may also require motor and electrical system maintenance.

Belt Conveyors: Belt conveyors tend to require more maintenance than rolling conveyors, primarily due to the wear and tear on the belt itself. Over time, belts can stretch, tear, or develop holes, which can result in downtime if not addressed. Additionally, belt conveyor systems often have more parts, such as motors, pulleys, and tensioners, which require periodic maintenance to prevent breakdowns. For industries with continuous operations, belt conveyor downtime can be costly.

4. Cost Considerations: Which Is More Cost-Effective?

Rolling Conveyors: Typically, rolling conveyor systems have a lower upfront cost compared to belt conveyors, especially for simple, gravity-fed designs. However, the price can increase depending on customization (e.g., powered rollers, automated control systems). Overall, their simplicity and durability make them a cost-effective option for many industries, especially for basic applications.

Belt Conveyors: While the initial cost of a belt conveyor can be higher due to the complexity of the system, they may offer long-term value in terms of their versatility and ability to handle a wide variety of materials. The cost of a belt conveyor system can also depend on the material used for the belt (fabric, rubber, PVC, etc.) and the specific features required for your operation.

5. Suitability for Different Applications

Rolling Conveyors: Best suited for applications where the materials being transported are rigid, heavy, or have a uniform shape. They are frequently used in industries such as:

Warehousing: Rolling conveyors are ideal for sorting and distributing packages across long distances.

Distribution Centers: They efficiently handle boxes, crates, and pallets.

Automotive Manufacturing: For moving car parts or heavy automotive components along assembly lines.

Airport Baggage Handling: Rolling conveyors are commonly used to move luggage due to their robustness.

Belt Conveyors: More suited for applications where the materials are more diverse or need to be contained securely on the conveyor. They are frequently used in industries such as:

Food Processing: Belt conveyors are widely used to carry delicate or perishable items like fruits, vegetables, and packaged goods.

Mining and Aggregate: For transporting bulk materials such as coal, sand, or gravel over long distances.

Pharmaceutical Manufacturing: To move bottles, vials, or other pharmaceutical items through production lines.

E-commerce: For packaging and sorting orders.

6. Conclusion: Which Conveyor System is Right for You?

Choosing between rolling conveyors and belt conveyors depends on the specifics of your operation. Here’s a quick rundown to help you decide:

Choose Rolling Conveyors if:

Your products are rigid, heavy, and can roll smoothly over rollers.

You need a low-maintenance, cost-effective system for gravity-fed applications.

Speed and efficiency are paramount in your operation, and you’re moving large volumes of goods.

Choose Belt Conveyors if:

You need a versatile system that can handle a wide range of materials, including delicate or small items.

You’re transporting loose or irregularly shaped materials.

Your operation requires continuous operation with minimal downtime.

In many cases, businesses may even find that a combination of both rolling conveyors and belt conveyors works best for their operation, as each system has its own unique set of advantages. Regardless of your choice, both systems can greatly improve the efficiency of your material handling processes, reduce labor costs, and enhance overall productivity.

If you're still unsure about which system is right for your business, consulting with a material handling expert can help you identify the most efficient and cost-effective solution for your needs.

Ready to optimize your material handling system? Reach out to us today for a consultation on rolling conveyors, belt conveyors, or a customized solution for your business!

[currents-of-change]

Currents of Change — Part 1: Beyond the Waves: The Ocean in Constant Motion

When people think of the ocean, they often picture waves rolling onto the beach. But beneath the surface, the ocean is a powerful, dynamic force, constantly in motion in ways we rarely see. Two of the most important players shaping our world’s climate are the Atlantic Meridional Overturning Circulation (AMOC) and the Gulf Stream — and they don’t just move water, they impact weather, ecosystems, and economies.

What is the AMOC?

The Atlantic Meridional Overturning Circulation (AMOC) is a massive system of ocean currents that works much like a conveyor belt, moving warm water from the tropics up to the North Atlantic. This warm water travels via the Gulf Stream, which flows along the eastern coast of the United States before crossing the Atlantic. When it reaches colder northern waters, the warm water cools, sinks, and flows back south at deeper levels. This cycle, moving both warm and cold water, helps regulate global temperatures, particularly in Europe and North America.

Without the AMOC, the UK and Ireland wouldn’t just be experiencing cooler winters — they would be facing climates similar to those much further north. The AMOC is a major reason Europe enjoys relatively mild winters for its latitude.

The AMOC’s VIP Treatment: Why Europe Has It Easier Than Canada

The AMOC provides what could be described as climate “VIP treatment” to parts of Europe, especially the UK and Ireland. The Gulf Stream, a critical part of the AMOC, transports warm water from the tropics to the North Atlantic, making winters in places like London far more pleasant than their counterparts at similar latitudes.

Let’s take a lighthearted look at this: London sits at about the same latitude as Calgary, Alberta, yet the experiences of these cities during winter couldn’t be more different. While Londoners debate whether they need a jacket, Calgarians are layering up to survive icy temperatures. Similarly, Dublin, Ireland, with its occasional rainy days, benefits from the Gulf Stream’s warmth, while St. John’s, Newfoundland, experiences a much harsher, frostier reality — despite sitting at nearly the same latitude.

So why is Europe getting all this warm love from the ocean, while Canada’s left out in the cold? The AMOC’s warm tropical waters act like a blanket for Western Europe, protecting it from the freezing conditions its Canadian counterparts endure. Without the AMOC, much of Europe would feel like the Arctic tundra!

How Do These Currents Shape the Environment?

The AMOC and Gulf Stream don’t just impact the climate — they shape marine ecosystems and even influence industries. These currents support rich biodiversity, helping transport nutrients and providing suitable conditions for a variety of marine species. They also moderate weather patterns, supporting agriculture, tourism, and fishing industries.

In Europe, the warmth delivered by the AMOC allows for longer growing seasons and more temperate weather, supporting a range of economic activities that would be much harder to sustain in colder climates. Meanwhile, in North America, the Gulf Stream plays a key role in stabilizing weather and marine life along the eastern seaboard.

Why Are These Currents So Important?

While waves are the most visible sign of ocean movement, the slow, steady flow of the AMOC and Gulf Stream is what really drives climate and environmental stability. These currents regulate global temperatures, support marine ecosystems, and even help determine how we live and work. If they were to slow down or stop, the impacts would be catastrophic — particularly for Europe and the North Atlantic.

But for now, the AMOC keeps moving, quietly ensuring that winter in London isn’t quite like winter in Calgary. And as we continue this series, we’ll explore more about how even small changes in these currents could have profound impacts on our world.

[supriya--askdigital9]

The Role and Evolution of Slewing Bearings

In the dynamic realm of industrial machinery and engineering, the unsung heroes often lie within the intricate design and functionality of essential components. One such silent cornerstone of mechanical prowess is the slewing bearing – a fundamental element that enables the seamless rotation and movement in a myriad of heavy-duty applications. From towering cranes shaping skylines to the graceful revolution of wind turbine blades harnessing renewable energy, slewing bearings quietly facilitate pivotal motions in various industries.

Understanding Slewing Bearings: The Backbone of Rotational Precision

Evolution of Slewing Bearings

The inception of slewing bearings dates back to their humble beginnings, where early applications primarily focused on handling axial and radial loads. Over time, engineering innovations propelled these bearings beyond conventional limitations, resulting in diverse variants tailored for specific industrial requirements.

Anatomy and Mechanism

Slewing bearings embody a sophisticated design comprising inner and outer rings, rolling elements, and often, integrated gears. The intricate arrangement allows these bearings to withstand axial, radial, and tilting moment loads simultaneously while ensuring smooth and controlled rotation.

Applications across Industries: Powering Progress with Precision

 Construction Machinery

From the colossal arms of excavators to the soaring heights of cranes, slewing bearings form the pivot point, enabling the controlled movement essential for construction and infrastructure development.

 Renewable Energy

In the realm of renewable energy, particularly wind turbines, slewing bearings play a pivotal role, allowing the precise rotation of turbine blades to harness the power of the wind efficiently.

 Material Handling and Robotics

Slewing bearings find their niche in material handling systems, conveyor belts, robotic arms, and automation, contributing to the seamless functioning and precision of these systems.

Innovations Driving Efficiency and Reliability

The evolution of slewing bearings has been steered by relentless advancements in materials, manufacturing techniques, and design innovations. Modern iterations emphasize enhanced load capacities, improved durability, and increased precision to meet the escalating demands of various industries.

 Conclusion: Paving the Way for Future Engineering Marvels

In the ever-evolving landscape of industrial machinery and technological innovation, slewing bearings stand as a testament to the fusion of precision engineering and practical functionality. Their ability to withstand immense loads while ensuring flawless rotation continues to shape the efficiency and reliability of machinery across diverse sectors.

As industries progress and technology advances, the role of slewing bearings remains pivotal, fostering a foundation upon which engineers and innovators build the infrastructure, energy solutions, and automation systems that power our world.

In conclusion, these seemingly unassuming yet indispensable components the slewing bearings stand as a testament to the ingenuity and brilliance that drive progress in the field of mechanical engineering. 

Slewing Bearings, a niche product very few manufacturers manufacture in India, are manufactured in Kavitsu. Our new plant, Kavitsu Robotronix Pvt. Ltd. is a dedicated setup for building high quality

slewing bearings. Kavitsu Robotronix Pvt. Ltd. is the best slewing bearings supplier, Manufacturer, Exporter, Dealer in Abudhabi, Algeria, Australia, Bhutan, Canada, Czech Republic, Egypt, Germany, Indonesia, Italy,Netherland, New Jersey, Saudi Arabia, Singapore, Spain, Thailand, Turkey, UAE, UK, USA, Vietnam, Port de Bejaia Algerie, Melbourne, Phuentsholing, Toronto, Ontario, Montreal, Joliette, Port of PRAGUE, Cairo, HAMBURG, Eschweiler, Surabaya, Milano, Genoa, Amsterdam, Rotterdam, Riyad,Dammam, Barcelona, Bangkok, Istanbul, Heathrow, Cleveland, Oklahoma, Houston, Pittsburgh, NEWYork, Hare Apt, Seattle, Minneapolis, HCMC Port. If you have any further questions about slewing bearings, feel free to contact the slewing bearings supplier, manufacturer for more information. We provide installation and commissioning services for the same. Write us at reach us at kaustubh@kavitsubearing.com

Remember to replace “ Kavitsu Robotronix Pvt. Ltd “placeholders with your actual company details and ensure the contact information provided is accurate and up-to-date.

If you’re setting up a website, incorporating a contact form can also be beneficial for visitors to reach out directly through the site. Additionally, offering multiple contact options, such as phone, email, and potentially live chat support if feasible, can improve accessibility and user experience for potential customers or clients. 

[lizseyi]

Unveiling Excellence: Rolled And Extruded Aluminium Products By Mcalloys

In the dynamic realm of metallurgy, where precision meets innovation, Mcalloys emerges as a trailblazer, mastering the art of crafting extruded aluminium products and extruded aluminium products UK. This is not just aluminum; this is a symphony of ingenuity, where each product narrates a tale of meticulous craftsmanship.

The Extrusion Elegance

At the heart of Mcalloys' mastery lies the intricate process of extrusion. It begins with the careful selection of aluminum alloys, a marriage of strength and malleability. The chosen alloy then embarks on a transformative journey through precision dies, emerging on the other side with a distinct profile that defies the ordinary. This is where architecture finds its adornments, and industrial applications discover their backbone.

From the soaring heights of architectural trims to the robust presence in industrial machinery, Mcalloys' extruded aluminium products redefine versatility.

Architectural Marvels

In the architectural domain, Mcalloys' extruded aluminum products redefine elegance. Window frames boasting seamless designs and door frames marrying durability with aesthetic appeal are just glimpses into the transformative touch of Mcalloys' extrusion expertise.

Industrial Fortitude

Venturing into the robust world of industry, Mcalloys' extruded aluminum products stand tall. From conveyor systems to intricate machinery components, the adaptability of Mcalloys' extruded aluminum products becomes the cornerstone of reliability in manufacturing landscapes.

The Dynamics of Rolled Aluminium

While extrusion captures the limelight, Mcalloys' expertise extends to the nuanced world of rolled aluminum. This alternative path to excellence involves the compression of aluminum between rotating rolls, creating strips, sheets, and plates that redefine standards in diverse applications.

Strips, Sheets, and Plates: A Triad of Excellence

Rolled aluminum manifests as strips, sheets, and plates, each tailored for a unique purpose. Strips find a place in delicate electrical applications, sheets grace the skin of aircraft with a balance of strength and weight, and plates form the robust foundations of structural frameworks.

The Alchemy of Alloys

In the realm of rolled aluminum, Mcalloys orchestrates an alchemy of alloys. The controlled fusion of aluminum with other elements results in alloys crafted for specific applications. Whether it's the aerospace industry seeking lightweight prowess or automotive applications craving corrosion resistance, Mcalloys' rolled aluminum alloys stand as silent sentinels of innovation.

Mcalloys: Bridging Horizons with Extrusion and Rolling

In the grand tapestry of aluminum manufacturing, Mcalloys seamlessly integrates the realms of extrusion and rolling. Each technique contributes a unique brushstroke to the canvas of progress. From the sleek lines of extruded architectural accents to the sturdy foundations forged by rolled aluminum plates, Mcalloys crafts a narrative where innovation knows no bounds.

In conclusion, Mcalloys' commitment to excellence transcends the ordinary. Their extruded aluminium products redefine precision, and their mastery of rolled aluminum opens new vistas of possibility. As industries evolve, Mcalloys remains at the forefront, sculpting a future where aluminum is not just a metal but a testament to human ingenuity and relentless pursuit of perfection.

[newnewz]

New Plans For Usha Martin In FY 2023-24: Shareholders Expect Increased Revenue Generation With Culmination Of The Previous FY

Usha Martin

Usha Martin Limited underwent the incorporation process in the year 1986 under the name Usha Beltron Ltd. Usha Martin Limited, together with its subsidiaries, manufactures and sells wires, wire ropes, and strands products in India and internationally. The company is one of the world’s leading manufacturers of wire rope. Their wire rope manufacturing facilities are located in Ranchi, Hoshiarpur, Dubai, Bangkok and UK.

The company offers wire ropes, including oil and offshore, crane, mining, elevator, fishing, aerial, and general engineering ropes, as well as ropes for conveyor cords and structural systems. The first wire rope reel rolled out of the company in 1962. Its public issue in 1961 was oversubscribed by more than 300 per cent. In 1963, Rajeev Jhawar Usha Martin Limited paid its maiden dividend and doubled the production from 3,600 tonnes to 7,200 tonnes in just two-and-a-half years.

Rajeev Jhawar, the Managing Director of Usha Martin Limited has always put significant emphasis on the continual improvement of Usha Martin’s products. Revenue of Usha Martin from exports on consolidated basis grew from Rs.1034.26 Crore in the FY 2020–21, to Rs.1366.24 Crore during FY 2021–22, an increase of 32.10% and this is continuously improving this year also.

Usha Martin: Are insiders aligned with shareholders?

Insider interest in a company always sparks a bit of intrigue and many investors are on the lookout for companies where insiders are putting their money where their mouth is. Because often, the purchase of stock is a sign that the buyer views it as undervalued. However, small purchases are not always indicative of conviction, and insiders don’t always get it right. Usha Martin insiders spent ₹8.6m on stock, over the last year where in contrast, any selling was not seen. This is a good look for the company as it paints an optimistic picture for the future. It is also worth noting that it was company insider Stuti Agarwalla who made the biggest single purchase, worth ₹6.8m, paying ₹136 per share.

The good news, alongside the insider buying, for Usha Martin bulls is that insiders have a meaningful investment in the stock. To be specific, they have ₹2.4b worth of shares. That shows significant buy-in, and may indicate conviction in the business strategy. Even though that’s only about 4.3% of the company, it’s enough money to indicate alignment between the leaders of the business and ordinary shareholders.

Huge growth in revenue generation for Usha Martin — Rajeev Jhawar, the man behind this target

In addition to enriching the product mix and expanding footprint in new geographies, Rajeev Jhawar Usha Martin will also continue to focus on areas like enlarging product basket and deliverables, moving up the value chain through service networks, strengthening network and market reach through digital platforms, strategic brand positioning and imbibing environmental, social and governance aspects in their business practices. Profit generation has been the result of all this hard work and planning that the company had put into work.

With the culmination of the FY 2022–23, Usha Martin is hoping to remain profitable more than ever and celebrate the increase in revenue for consecutive years. The expansion plans and ways to be more sustainable and resilient and built up in the background for the next financial year and Rajeev Jhawar and Usha Martin is set to go leaps and bounds with the new increased zest and passion. With these plans in hand, Rajeev Jhawar Usha Martin Limited remains confident of making deeper inroads into international markets with high contributory products.

[businessnewsupdates]

Huge Growth In Revenue Generation For Usha Martin – Rajeev Jhawar, The Man Behind This Target

Usha Martin

Usha Martin Limited underwent the incorporation process in the year 1986 under the name Usha Beltron Ltd. Usha Martin Limited, together with its subsidiaries, manufactures and sells wires, wire ropes, and strands products in India and internationally. The company is one of the world’s leading manufacturers of wire rope. Their wire rope manufacturing facilities are located in Ranchi, Hoshiarpur, Dubai, Bangkok and UK.

The company offers wire ropes, including oil and offshore, crane, mining, elevator, fishing, aerial, and general engineering ropes, as well as ropes for conveyor cords and structural systems. The first wire rope reel rolled out of the company in 1962. Its public issue in 1961 was oversubscribed by more than 300 per cent. In 1963, Usha Martin Limited paid its maiden dividend and doubled the production from 3,600 tonnes to 7,200 tonnes in just two-and-a-half years.

Rajeev Jhawar, the Managing Director of Usha Martin Limited has always put significant emphasis on the continual improvement of Usha Martin’s products. Revenue of Usha Martin from exports on consolidated basis grew from Rs.1034.26 Crore in the FY 2020-21, to Rs.1366.24 Crore during FY 2021-22, an increase of 32.10% and this is continuously improving this year also.

Usha Martin: Are insiders aligned with shareholders?

Insider interest in a company always sparks a bit of intrigue and many investors are on the lookout for companies where insiders are putting their money where their mouth is. Because often, the purchase of stock is a sign that the buyer views it as undervalued. However, small purchases are not always indicative of conviction, and insiders don't always get it right. Rajeev Jhawar Usha Martin insiders spent ₹8.6m on stock, over the last year where in contrast, any selling was not seen. This is a good look for the company as it paints an optimistic picture for the future. It is also worth noting that it was company insider Stuti Agarwalla who made the biggest single purchase, worth ₹6.8m, paying ₹136 per share.

The good news, alongside the insider buying, for Usha Martin bulls is that insiders have a meaningful investment in the stock. To be specific, they have ₹2.4b worth of shares. That shows significant buy-in, and may indicate conviction in the business strategy. Even though that's only about 4.3% of the company, it's enough money to indicate alignment between the leaders of the business and ordinary shareholders.

Huge growth in revenue generation for Usha Martin – Rajeev Jhawar, the man behind this target

In addition to enriching the product mix and expanding footprint in new geographies, Usha Martin will also continue to focus on areas like enlarging product basket and deliverables, moving up the value chain through service networks, strengthening network and market reach through digital platforms, strategic brand positioning and imbibing environmental, social and governance aspects in their business practices. Profit generation has been the result of all this hard work and planning that the company had put into work.

With the culmination of the FY 2022-23, Usha Martin is hoping to remain profitable more than ever and celebrate the increase in revenue for consecutive years. The expansion plans and ways to be more sustainable and resilient and built up in the background for the next financial year and Rajeev Jhawar and Usha Martin is set to go leaps and bounds with the new increased zest and passion. With these plans in hand, Rajeev Jhawar and Usha Martin Limited remains confident of making deeper inroads into international markets with high contributory products.

[carwashequipment1]

Keeping Your Car Wash Equipment Running Smoothly and Efficiently

Whether you're opening a car wash on your property or expanding your existing operation, the equipment you use plays a critical role in its success. The right equipment can help you maintain consistent service and improve the customer experience, while also ensuring your operations run smoothly and efficiently.

Preventative Maintenance

The best way to keep your car wash equipment running smoothly and efficiently is through routine maintenance. Just like with any other type of equipment, regular checkups and tune-ups are necessary to ensure your wash is operating as it should and that all pieces of the equipment are working correctly and efficiently.

To do this, follow the manufacturer's recommendations for preventive maintenance, but be sure to pay attention to your facility's environment-specific concerns, too. For instance, if you notice an area of your car wash that's constantly exposed to heavy amounts of chemicals or water, you may want to consider a more aggressive cleaning schedule for that area.

Automated Systems

Conveyor/tunnel washes operate on a conveyor with a number of brushes that clean the front, sides and rear of vehicles. These include top brushes, which descend on an arm from above and roll over the surface of the vehicle; wraparounds, which stand on the sides of the tunnel and spin to clean the front, side and rear; mitter curtains, which are suspended lengths of brush that oscillate to clean the top surfaces of vehicles; wheel and tire brushes, which clean the wheels of a vehicle by spinning them at high speeds; and rockers/low side washers, which sit low and spin to clean the rocker panel area of a vehicle.

CTAs, or chemical tire applicators, apply specialized formulations to remove brake dust and buildup on the tire's surface. They're typically activated when a customer purchases a wheel cleaning upgrade or when the wash uses the tire sensor, which allows it to know the car's wheel position.

In addition to sill brushes, many car washes use wheel-rim disc brushes that extend outward and rotate at high speeds to clean the entire surface of a customer's wheel. These are especially useful for trucks, which may need to be cleaned from above because they have a higher roof than most cars.

Reactive Maintenance

As with any other piece of equipment, reactive maintenance can be needed after your car wash equipment has been damaged or has experienced a breakdown. In this case, your maintenance crew will fix the damage or replace the broken part so that everything functions properly again.

N&S Services

Founded in 2004, N&S Services is an independent maintenance service provider that provides services to car wash owners throughout the UK. They can install, repair and maintain all types of self-service car wash equipment and manufacture their own high-quality cleaning products.

Using recycled water is an increasingly important factor in many parts of the country, which means that car washes must find ways to make their water use more efficient and environmentally friendly. One such way is by installing water treatment systems that use recycled water for both washing and drying purposes.

[mechdor-design]

Top 08 Tyres Company In World.

What is tyre?

Firstly know the difference between Tire and Tyre. A Tire (American English) or Tyre (British English, see spelling difference).  So, Tyre is a ring-shaped component that surrounds a wheel's rim to transfer a  vehicle's load from the axle through the wheel to the ground and to provide traction on the surface over which the wheel travels.  Most tyres, such as automobiles and bicycles are pneumatically inflated cushion that absorbs shocks as the tyre rolls over rough features in the surface. Tyres provide a footprint called a contact patch, that is designed to match the weight of the vehicle with the bearing strength of the surface that it rolls over by providing a bearing pressure that will not  deform  the surface excessively. Lets start the topic.

Top 08 Tyres Companies:-

Bridges-tone

Michelin

Goodyear

Pirelli

Apolo Tyres

MRF

Continental Tyre

Dunlop

Bridgestone-

Bridgestone corporation  is a Japanese multinational auto and truck parts manufacturer  established in  1,Jan,1931 by Shojiro Ishibashi in the city of Kurume, Fukuoka, Japan .The name Bridgestone comes from a Calque translation and transposition of ishibashi, meaning "stone bridge" in Japanese. Bridgestone business prensence  more than 150 countries. The Bridgestone has 143,589 employees all over the world. The financial data of Bridgestone of Net sales 3,525.6 Yen in Billions ($33.82 in Billions) and  the operating income is 326 Yen in Billions ($3.07 in Billions). Sales by markets:-

In Japan- 19%

In America- 47%

In EMEA- 19%

In China and Asia- 15%

As of 2017, the company is the largest manufacturer of tyres in the world, followed by Michelin (France),Goodyear (United States), Continental (Germany) and Pirelli (Italy).Bridgestone Group had production facilities in 24 countries as of July 2018.

Mechelin-

Mechelin is a French multinational tyre manufacturer based in Clermont-Ferrand in the Auvergne-Rhone-Alpes region of France. Mechelin is founded in 28/May/1889. It is the second largest tyre manufacturer in the world after  Bridgestone and larder than both Goodyear and Continental. In addition to the Mechelin brand, it also owns the kleber tyres company, Uniroyal-Goodrich Tyre Company, SASCAR, Bookatableand and Camso brands. Michelin is also notable for its Red and Green travel guides, its roadmaps, the Michelin stars that the Red Guide awards to restaurants for their cooking, and for its company mascot Bibendum, colloquially known as the Michelin Man. Mechelin have the 112,800  number of employees in 2017.

Goodyear-

The Goodyear Tyre & Rubber Company is an American multinational  tyre manufacturing company founded in Aug. 29, 1898 by Frank Seiberling based on Akron, Ohio. Goodyear manufactures tyres for automobiles, commercial truck, Light trucks,  motorcycles, SUVs, race cars, airoplanes, farm equipment and heavy earth mover machinery. It also produced bicycle tyres from its founding until 1976. As of 2017, Goodyear is one of the top three tyre manufacturing along with Bridgestone (Japan), Mechelin (France) and Continental (Germany).

The company was named after American Charles Goodyear, Inventor of Vulcanized rubber. The first Goodyear tyres became popular because they were easily detachable and required little maintenance.

Goodyear is also known for the Goodyear Blimp. Through Goodyear had been manufacturing airships and ballons since the early 1900s, the first Goodyear advertising blimp flew in 1925. Today, it is one of the most recognizable advertising icons in America. The company is the most successful tyre supplier in Formula one history, with more starts, wins, and constructors championships than any other tyre supplier. They pulled out of the sport after the 1998 season. It is the sole tyre supplier for NASCAR series.

Pirelli-

Pirelli is a Italian multinational company based in Milan, Italy, listed on the Milan Stock Exchange since 1922 with a temporary privatization period by the  consortium led by the chinese  state-owned enterprise Chemchina. The Pirelli was founded in 1872. The company is the top Largest tyre manufacturer behind Bridgestone, Michelin, Goodyear, Continential, Sumitomo and Hankook and is focused on the consumer business .  Its is present in Europe, the Asia-Pacific, Latin America, North America and ex-USSR, operating commercially in over 160 countries. Its has 19 manufacturing sites in 13 countries and a network of around 14,600 Distributors and retailers.

Pirelli has been sponsoring sport competitions since 1907 and is the exclusive tyre partner for the Grand-Am Rolex Sports Car Series for 2008-2010. FIA Formula One World Championship for 2011-2023 and for the FIM World Superbike Championship. Pirelli headquarters are located in Milan's Bicocca district. In the past it has been involved in Fashion and Operated in renewable energy and sustainable mobility.

Apollo  Tyres-

Apollo Tyres ltd is the world's largest tyre manufacturer, with annual consolidated revenues of US$2.46 billion in March 2018. It was incorporated in 1972. Its first plant was commissioned in Perambra Thissur, Kerala, India. The companynow has four manufacturing units in India, one in Netherlands and one in Hungery. It has a network of nearly 5,000 dealerships in India, of which over 2,500 are exclusive outlets.Number of employees at this organisation is 16,000. It gets 69% of its revenues from India, 26% from Europe and 5%from other geographies.

Apollo announced its entry into the two wheeler tyre segment with contact manufacturing in March 2016. In November 2016, the company signed a MoU with the government of Andhra Pradesh to set up a new factory in Andhra Pradesh to Manufacture tyres for two wheelers and pick up trucks. The company second plant in Europe, was inaugurated by the Hungarian Prime Minister, Viktor Orban in April 2017. Apollo Tyres opens its first service centre in Malaysia.

MRF-

MRF Limited is an Indian multinational and the largest manufacturer of tyres in India. The MRF in founded in 1946, Tiruvottiyur, Madras, Tamil Nadu, Indiia. The founder of MRF in K M . Mammen Mappillai.. Its headquartered in Chennai, India. The company manufacturer rubber products including tyres, treads, tubes and conveyor belts, plant and touys. MRF also runs the MRF pace Foundation Chennai and MRF Challenge in motorsport.

Continental  Tyres-

Continental AG commonly known as Continental, is a German Multinational automotive parts manufacturing company specializing  in brake system, interior electronics, automotive safety, powertrain and other parts for the automotive and transportation industries. Continental is based in Hanover, Lower Saxony, Germany. Continental is the world's fourth largest tyre manufacturing.

Continental was founded in 1871 as a rubber manufacturer. Continental Caoutchouc and Gutta-Percha Compagine. In 1898, Continental started development and production of the vehicle tyre with plan tread, which was the major success of the brand.In 1904, Continental  became the first company in the world to manufacture grooved vehicle tyres. Another major product Continental invented was detachable wheel tyres that was made for touring vehicles. In the late 1920s, Continental merged with several other major rubber industry companies to form the largest rubber company in Germany "Continental Gummi-Werke AG". As with many other German companies during World War ll, Continental used salve labor provided by the Nazi Party in their  factory in the 1940s at Hannover-Stocken, Hannover-Limmer, Hannover-Ahlem, and others, all offshoots of the Neuengamme concentration camp.

Dunlop Tyres-

Dunlop Tyres is a brand of tyres owned by Various companies around the world. Founded by Pneumatic tyre pioneer John Boyd Dunlop in Dublin, Ireland in 1890, It is owned and operated by Goodyear tyre and Rubber Company in North America, Europe, Australia and New Zealand. In India, the brand is owned by Dunlop India Ltd. whose parent company in the Ruia Group. In several Other Asian countries (Japan, China, Indonesia, Thailand and Russia), Africa and Latin America ( except Mexiao) it is operated by Sumitomo Rubber industries. In Malaysia, the Dunlop Tyres brand has, since 2012, been wholly owned by Continental AG , which manufactures Dunlop branded tyres for sale in Malaysia, Singapore and Brunei.

In 1985, Dunlop Rubber Company  was acquired by BTR PLC and Sumitomo acquired the rights to manufacture and market Dunlop branded road tyres. Sumitomo did not acquire any Dunlop company. In 1997. Sumitomo gained agreement to use the Dinlop name in its corporate name, and changed the name of its UK subsidary to Dunlop Tyres Ltd.

In 1999, Sumitomo and Goodyear began a joint venture by which Sumitomo continued to manufacture all Japanese made tyres under the Dunlop name, while Goodyear tyre and Rubber Company nought 75% of the European and North American tyre businesses of Sumitomo.

The company has extensive manufacturing operations throughout the world. With the closure of the Washington Plant in 2006, Goodyear Dunlop Ceased mainstream car and lorry tyre production in the UK.

[itcars]

First Look: The 2019 Audi R8 

“Born on the track, built for the road.” This intrinsic Audi Sport philosophy rings particularly true in the case of the new R8, which is set to take to the road in early 2019 featuring a raft of changes, but also two important constants – retention of the much loved naturally aspirated V10 petrol engine, and suffusion with a sizable dose of racing DNA achieved by sharing 50 per cent of components with the R8 LMS GT3 competition car. Highlights of the latest R8 range include more power, torque and performance, including a first foray beyond the 200mph mark for several versions, and even greater handling precision thanks to suspension and steering revisions.

The power of the naturally aspirated V10 engine at the heart of the R8 is now uprated to 570PS in the ‘standard’ R8 Coupé and Spyder V10 quattro. The top V10 plus versions in each body style will in future carry the name ‘V10 performance’, aligning them with the most powerful models elsewhere in the Audi Sport range, and have also benefited from a power upgrade to 620PS. The four versions will go on sale in Europe in early 2019.

Even more power and torque: the engines

Instant response, lightning-fast high-revving and a unique sound – the heart of the Audi R8 is its naturally aspirated ten-cylinder engine. With the basic unit, the 540PS of power has been increased by 30PS and the torque boosted by 10 Nm (7.4 lb-ft) to 550 Nm (405.7 lb-ft), which is on tap at 6,500 revolutions per minute. The Audi R8 V10 quattro accelerates from 0 to 62mph in 3.4 seconds (Coupé) and 3.5 seconds (Spyder) before reaching a top speed of 201mph (Spyder: 200mph).

The 5.2 FSI in the Audi R8 V10 performance quattro generates 620PS instead of the previous 610PS, with peak torque of 580 Nm (427.8 lb-ft) improving upon the previous 560 Nm (413.0 lb-ft). The increase here is primarily the result of an optimized valve train with components made of titanium. The Coupé sprints to 62mph in 3.1 seconds, the Spyder in 3.2 seconds. The propulsive power ends at 205mph and 204mph respectively. Both engines come with a particulate filter to reduce emissions more effectively.

Razor-sharp precision: the suspension

Modifications to the suspension provide even more stability and precision. The assistance has been retuned both with the optional dynamic steering and the electromechanical power steering. Steering response, transitions between individual drive modes and feedback from the road come across as even more precise across the entire speed range.

In addition, Audi Sport has made the distinction between the profiles available as part of the Audi drive select dynamic handling system – comfort, auto, dynamic and individual – even clearer. On the R8 V10 performance quattro the three additional programs dry, wet and snow form part of the Performance mode as standard. They adapt the key dynamic parameters to the friction coefficient of the road. Thanks to the enhanced Electronic Stabilisation Control (ESC), the Audi R8 V10 performance brakes from 62mph to a standstill up to 1.5 meters earlier; the stopping distance from 124mph is up to five meters shorter – in each case depending on the exterior conditions.

The new Audi R8 V10 quattro is equipped with factory-installed 19-inch wheels. For the standard-fit steel discs Audi supplies red as opposed to black painted calipers as an option. The ceramic brakes generally come with a grey or red finish. The anti-roll bar at the front is optionally made from carbon fibre-reinforced polymer (CFRP) and aluminium, which cuts weight by around two kilograms.

Sharper and tauter: the design

The honed character of the new R8 models also becomes clear visually. The Singleframe radiator grille has an even wider, flatter line. Thick bars divide up the large air inlets, and flat slits in the hood are reminiscent of the Audi Ur-quattro brand icon. The new front splitter is now wider, underscoring the focused look. The air vent grille runs across the full width; the diffuser has been drawn upward, making the R8 seem even wider. In the engine compartment the air filter is situated under a new, three-part cover, which is available in a choice of plastic or carbon fiber.

R8 customers can choose from three exterior packages depending on the engine variant; these packages add various highlights to the front splitter, the side trims and the diffuser. Standard specification for the R8 V10 quattro with 570PS is high-gloss black; the top-of-the-line version R8 V10 performance quattro with 620PS comes off the production line with a matte titanium look. The high-gloss carbon package is available for both engine variants. As an option, the Audi rings and badges on the exterior are painted in high-gloss black; the new metallic colors Kemora grey and Ascari blue are recent additions to the paint range.

The new look also includes the Audi R8 interior with its driver focus and new color and stitching options. The Audi exclusive range gives customers the opportunity to customize many details of their Audi R8 – inside and out.

Exclusive handicraft: R8 sports car manufacture

The Audi R8 is produced under the management of Audi Sport GmbH, a 100% subsidiary of AUDI AG, at the “Audi Böllinger Höfen” site in Heilbronn – very close to the tradition-rich location of Neckarsulm. Up to 500 highly-qualified employees work here at the 30,000 m2 production site.

The R8 production is organised as a flexible factory – where Audi Sport GmbH is further expanding its competence with regards to small batch production. Self-driving assembly skids, known as driverless transport systems (DTS), are not only used to carry the finished, painted body, but also for assembly, and replace the classic conveyor technology system. The DTS transport system has autonomous navigation that uses environmental features and RFID (Radio Frequency Identification) as well as high-performance capacitors. During assembly, the employees perform a large proportion of the manual activities in 15 cycles.

Flexibility is extremely important at the “Audi Böllinger Höfen” site – alongside the series models, the employees also produce the R8 LMS GT4. This demands a permanent transfer of technology from the motorsport sector, as well as very strong qualifications due to the complexity of the work processes.

Before delivery, every new high-performance sports car must pass a demanding acceptance process. This is followed by a quality inspection on the factory’s own test track and a test drive on public roads. Only then is the new Audi released for delivery to the customer.

During the first quarter of 2019, the new Audi R8 models will be available to order via the Audi Configurator and in Audi Centres across the UK.

[womenintranslation]

“Our composite language”: WiT Interviews Translator Katy Derbyshire

A few weeks ago we spotlighted one of our favorite Women in Translation reads of 2018, Heike Geissler’s Seasonal Associate, in fellow WiT activist and translator extraordinaire Katy Derbyshire’s superb English rendition. Many of our readers know that as well as being one of the top German-to-English literary translators out there today, Katy was part of the team that initiated the newly inaugurated Warwick Prize for Women in Translation, whose third edition will open once again for submissions this spring.

We recently caught up with Katy to ask her a few questions about her superb Translator’s Note, in which she provides the fascinating backstory to the novel and to its translation and publication in English by Semiotext(e):

WiT: How did the Translator’s Note come about?

KD: I thought that seeing the book is about work, I could take the opportunity to describe my own. I toyed with the idea of mimicking Heike Geissler’s book and writing it in the second person—“You’re a translator, and you’re fortunate enough to love your job,” that kind of thing. Especially as Heike translates as well, from English into German . . . But that felt a little silly in the end so I stuck to a more traditional format, just keeping it plain and—I hope—clear for non-translators. I’m not the only translator to have realised that a translator’s note is useful to reviewers, giving them a little more background information and enhancing their understanding. I’m sure the book would have been reviewed anyway, but as you might have noticed, a few of the critics have drawn on what I wrote. Plus, of course, a note makes all of us translators a tiny bit more visible to our readers.

Did the publisher ask you to write it, or did you propose it yourself?

As it happened there was a clause in my contract that granted me the right to include a translator’s note. I assume that’s standard because semiotext(e) publish a lot of theory and non-fiction, and they didn’t specifically request one. But it set the ball rolling in my mind and seemed like a good opportunity. I don’t always write a translator’s note; sometimes the text doesn’t present the kind of challenges that might be of interest, sometimes I feel like it might spoil the “magic” of a particularly strong voice. But here it fitted well.

What I love about it is that you pull back the curtain to show what it means to translate—you’re not only doing dictionary work, far from it. For example, you say that as a translator you like to immerse yourself in another person’s writing and mimic it in your own language. In order to do that, since you’ve never worked at an Amazon fulfillment center, you dipped into an amazing trove of “Working at Amazon” videos on YouTube and listened to a range of people talk about working there. Getting those exact words and phrases right matters! I think that anyone who’s worked at an Amazon fulfillment center in the English-speaking part of the globe would agree that it's on the mark. Was achieving that one of the more complicated things about the translation?

It was, absolutely! That and working directly for an American publisher, when my English is very British. So those were the two things that most concerned me: How would an American say this? And how would an Amazon worker say this? I was lucky enough to be sharing a desk at the time with a very patient American friend, who kindly helped me to use “shopping cart” rather than “shopping trolley” and that kind of thing. The editor still had a bit of work to do on that front but I think it came out well. And then the online research was essential and eye-opening. I’m a big fan of that culture of sharing advice on YouTube, from makeup tutorials to DIY tips. It feels sincere and generous, and sometimes subversive. Anyone can have expert knowledge! Some of the Amazon fulfillment videos I found were made by people who were grateful to be working there and pleased to be given free pizza on long shifts, for example. Others were angry about how the company treated them but didn’t necessarily reflect on the system behind it. So that extra layer of perspective was fascinating and useful, and reminded me—although Heike says so herself—that a lot of people rely far more heavily on Amazon as an employer than she did, just working there to pay off her overdraft.

You say that Heike Geissler gave you the green light to add extra layers to the translation where you thought it was necessary, but you don’t identify these additions. I thought one added layer must have been about the word “tote,” which is Amazonspeak for the ubiquitous yellow crates used to hold products as they move on conveyor belts. By a remarkable coincidence, “tote” sounds like the word in German for death—ha! (But you don’t use the German word—Tod—which I found interesting). Can you give another example of what you added to the translation?

In that case, I left out the German word because, to a non-German-speaker, it doesn’t look like a homonym for tote, and I wanted to explain the odd reaction to the word but not add even more confusion. The other thing that springs to mind is that I added something to Heike’s initial description of herself—and therefore of you, as the reader who slips into her position through the narration. Here’s what it says now—everything from “Another important thing” is my addition:

From now on, you are me. That means you’re female; please don’t forget that because it’s important in places. You’re a writer and a translator, and at this point in life you have two sons and a partner who suits you well, something you’re usually aware of. Another important thing, which you rarely think about but which has to be said: You’re German, but the country you were born in no longer exists.

In this case, the book’s original readers can instantly place Heike geographically, because they know she’s in Leipzig in the former GDR. But I thought Anglophone readers might benefit from a little help. I added these interventions once I had a feel for our composite language, if you see what I mean—how Heike sounds in my English. And the book’s forthright style made that very easy to do. Obviously, I ran them by Heike too.  

You write about the difficulties finding a publisher for the book in the US and UK. Do you think the Women in Translation problem had anything to do with that? I remember it was one of the books you listed in your LitHub post a few years ago on “10 German Books by Women We’d Love to See in English.”

I think there were a number of factors that made publishers cautious. Firstly, who wants to annoy Amazon these days? But also, the book is a long way from a conventional narrative. It’s a stylized account of Heike’s time working at Amazon, and it also explores broader ideas about paid labour and what it does to us. Yet it’s not a theoretical or philosophical book as such—it’s radically subjective. Hard to categorise, in other words! I’m only now thinking about whether gender played a role . . . Perhaps we unconsciously expect books about work to be written by men? Do we expect women to write about relationships, parenting, “soft subjects”? I’m not sure. At any rate, semiotext(e) came along and ignored all that. I’m really thrilled by the reactions and reviews—very exciting.

What are you working on now?

I’m finishing off a short story collection by Clemens Meyer for Fitzcarraldo Editions. Tomorrow I’m going to Leipzig to take a look at some of the stories’ real-life settings with the writer and his Italian translator, Roberta Gado. That’s the huge advantage of living in the same country as the writers I translate. I have to admit I took a longer break than usual between first translating the stories and finishing off, so I’m excited to be returning to them with a fresh viewpoint. They’re gorgeous, crazy and sad. This is the first time I’ve cried at my computer while translating.  

What books are on your nightstand?

Too many! Here’s a photo . . . As it turns out, there’s only one male writer (and two anthologies) among them. Yay me.

[latestmarketblogupdates]

Industrial Motor Market - Forecast(2022 - 2027)

Industrial Motor Market Overview

The global Industrial Motor Market size is expected to reach $42.19 billion by 2027, growing at a CAGR of 4.20% during the forecast period from 2022 to 2027. Globally, increasing demand for industrial motors in the Automotive and Oil & Gas industries is set to drive the Industrial Motor Market during the forecast period. Increasing investments for the expansion of oil and gas production across the world owing to the rising energy demands also triggers the growth of the market. Moreover, increasing production ofelectric vehicleshas accelerated the demand for industrial motors for higher efficiency and good speed regulation during the forecast period is also boosting the growth of the market. Furthermore, rising number of government incentives to encourage use of energy efficient industrial motors for safeguarding the environment from carbon emissions is also expected to drive the market growth during the forecast period.

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Industrial Motor Market Report Coverage

The report based on: “Industrial Motor Market-Forecast (2022-2027)”, by IndustryARC, covers an in-depth analysis of the following segments of Industrial Motor Market Industry Outlook. By Product Type: AC (Phase Type: Single Phase, Three Phase; Operation: Asynchronous, Synchronous); DC (Brushed (BDC), Brushless (BLDC)) By Power Rating: <1kW, >1kW<2,2kW, >2,2kW < 3,5kW, 3.5-25 kW25-100 kW, Above 100 kW By Voltage: Low Voltage (IE1, IE2, IE3, IE4); Medium Voltage (IE1, IE2, IE3, IE4); High Voltage (IE1, IE2, IE3, IE4) By Applications: Oil and Gas (Upstream, Midstream, Downstream); Aerospace (Actuation, Air and Thermal System, Aircraft Engines, Auxiliary Power Unit, Wheels and Breaking System, Others); Automotive; HVAC (Heating, Ventilating, Air Conditioning); Paper and Pulp (Feed and Conveyor Systems, Fans and Blowers, Reeling and Rolling Machines, Mixers, Others); Food and Beverage (Milling, Grinding and Mixers, Conveyor Systems, Pumping Systems, Packaging, Others); Textile (Mixing and Beating Machines, Carding Machines, Winding Machines, Washers and Pumps, Blowers, Others); Transportation (Logistics and Warehousing (Manual Cranes and Hoists, ASRS Systems, Belt Conveyors, Others);Railways (Traction, Blowers, Others)); Power Generation (Coal, Gas and Oil-Fired Plants, Nuclear Power Plants, Geothermal Power Plants, Hydro Power Plants, Wind Mills, Others); Agriculture ( Pumping Systems, Grain Handling and Conveyor System, Aeration and Conditioning, Feed Delivery Systems, Others); Chemical (Pumps, Fans, Blowers and Compressors, Centrifuges, Agitators and Mixers, Others); Industrial Machinery (Machine Tools, Assembly Line and Conveyor Systems, Others); Plastics and Packaging; Industrial Automation; Others. By Geography: North America (US, Canada, Mexico), South America (Brazil, Argentina,Chile, Colombia & Others),Europe (Germany, France, UK, Italy, Spain, Russia, Netherlands & Others), APAC (China, Japan, South Korea, India, Australia, Indonesia, Malaysia & Others) ,RoW (Middle East & Africa)

Key Takeaways

AC Motor dominated the global Industrial Motor market with a share of 84% in 2021 and is also anticipated to witness a significant growth during 2022-2027, owing to its use for various industrial applications such as in Appliances, Compressor drives and systems, Conveyor systems. Industrial Automation dominated the global Industrial Motor market with a share of 24.61% in 2021, owing to growing use of motors in collaborative robots. North America held the largest share of 30.65% in the global Industrial Motor market in 2021 and growing at CAGR of 3.64% during 2022-2027, owing to rising number of government incentives to encourage use of energy efficient industrial motors. Increasing demand for industrial motors in chemical & petrochemical industries is set to be one of the major factor that is analyzed to drive the market during the forecast period.

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Industrial Motor Market Segment Analysis-By Product Type

Based on product type, AC Motor dominated the global Industrial Motor market with a share of 84% in 2021 and is also anticipated to witness a significant growth during 2022-2027, owing to its use for various industrial applications such as in Appliances, Compressor drives and systems, Conveyor systems. AC motors have been classified into induction or asynchronous and synchronous motors. Asynchronous motors held the share of 65.45% in the AC motor market in 2021 and growing at CAGR of 4.64% during 2022-2027. These motors are the major type of industrial motors used in industrial applications like used in conveyors, cranes, pumps, elevators, compressors, drilling machines, oil extracting mills and others. Asynchronous motors have lot of advantages such as less cost, easy to maintain, efficiency in partial-load operation and others. Owing to its advantages, the adoption rate is higher among industries, thus supporting the growth of the Industrial Motor Market. In 2020, ABB Ltd launched a new range of low voltage IEC induction motors i.e. M3BP motors for industries metals, cement, pulp & paper, water & wastewater in India. These motors are compactly designed for applications such as fan, pump, compressor, crusher and crane and helps the industrial customers to save space and cost. Such developments will positively impact the growth of the market.

Industrial Motor Market Segment Analysis-By Application

Based on Application, Oil and gas dominated the global Industrial Motor market with a share of 24.61% in 2021 and is also anticipated to witness highest growth during the forecast period 2022-2027. Industrial motors serve an extensive range of applications in industrial automation vertical including food, packaging, logistics systems, tool machines and robots, among others. Stepper, servo, ac, and dc motors are the ideal motors to meet most industrial automation requirements. In industrial automation, robotics is the major trend in recent years and coming years. Robots are used for various handling purposes for precise and better quality of production. In recent years, the need for industrial automation to mitigate labour shortages in the industrial sector has become a prime concern. In addition, COVID-19 pandemic has posed new risks for workers working in close proximity. Under these circumstances, there is an increasing demand for collaborative robots that can safely work side by side with humans at sites without safety barriers and can flexibly handle multiple tasks which in turn boost the demand for industrial motors. In October 2021, Japanese electronics manufacturer, Omron announced to invest in Tech-man Robot, a manufacturer of collaborative robots in Taiwan and a subsidiary of Quanta Computer. This investment will boost robot business which is the driving force behind the growth of industrial automation This will further create opportunities for the growth of the Industrial Motor market.

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Industrial Motor Market Segment Analysis-By Geography

North America held the largest share of 30.65% in the global Industrial Motor market in 2020 and growing at CAGR of 3.64% during 2022-2027. The increasing adoption of industrial motors in power generation, aerospace, automotive and chemical industries is analyzed to expand Industrial Motor Market in this region. USA, Canada and Mexico are the top contributors in industrial motor market growth in this region. Moreover, a rising number of government incentives to encourage use of energy efficient industrial motors for safeguarding the environment from carbon emissions is expected to drive the market growth. For instance, USA has planned to increase carbon-free power generation from 27% to 35% of total by 2024, thus increasing the scope of adoption of energy efficient motors among industries. Similarly, In December 2020, Federal Electricity Commission planned to construct four nuclear reactors for power generation, thus creating opportunities for the use of energy efficient motors in nuclear power plants. Furthermore, the rising investments for the expansion of chemical industry also triggers the growth of the market in this region. In May 2020, ExxonMobil announced a $2billion investment in Baytown chemical plant expansion project. Such investments can increase the use of industrial motors for the need of handling toxic and aggressive acids, which can influence the market growth of Industrial Motor in the long run.

Industrial Motor Market Drivers

Growing demand for industrial motors in the Automotive and Oil and Gas industries will positively impact the market growth

Increasing demand for industrial motors in the Automotive and Oil and Gas industries will positively impact the market growth. In oil & gas industry, industrial motors are used for wide range of applications such as in off shore cranes, Compressors, Gas pumps, Winches and many others, thus raising its adoptability. Additionally, industrial motors play a vital role for drilling and bringing oil and natural gas resources to the surface and other applications in upstream part of this industry. Furthermore, rising investments for the expansion of oil and gas production across the world owing to the rising energy demands also triggers the growth of the market. In December 2021, the Government of India planned to invest $2.86 billion in the upstream oil and gas production to double natural gas production to 60 bcm and drill more than 120 exploration wells by the end of 2022. These major investments tend to bring significant growth in the demand of industrial motors for Upstream Oil and Gas industry, further driving its market growth during the forecast period. Increasing production of electric vehicles has accelerated the demand for industrial motors during the forecast period. The electric car market has witnessed rapid evolution with the ongoing developments in automotive sector and favorable government policies and support in terms of subsidies and grants, tax rebates. Increasing use of three phase induction motors in electric vehicles because of high efficiency and good speed regulation and absence is also anticipated to drive the growth of Industrial Motor Market. Additionally, increasing investments in production electric vehicles will increase the use of motors, thus contributing to the growth of the market. In 2021, Ford Motor announced to invest in production of electric vehicles to $30 billion by 2025, up from a previous spend of $22 billion by 2023. Such investments can increase the use of industrial motors for the need of good speed regulation, which can influence the market growth of Industrial Motor in the long run.

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Growth of Chemicals & Petrochemicals industries leading to the adoption of industrial motors is analyzed to drive the market growth in the forecast period

Growing demand for industrial motors in chemical & petrochemical industries is set to be one of the major factors analyzed to drive the market during the forecast period. The Chemical & Petrochemical Industries have transformed tremendously at evolving several new technologies for processing chemicals along with automating these processes. The current challenge for the industries include to expand their market while maintaining optimum levels of profit. This has led to the rapid automation of the sector, particularly in the process automation segments which creates demand for industrial motors in the industry. The Chemical industry comprises of the facilities to process the raw materials derived from minerals, oil and natural gas, minerals and several other sources into industrial chemicals. This sector will be most influential in terms of growth prospects for LV and MV Industrial Motors in the forecast period as the chemicals are at the core of every demand either in industrial or consumer perspective. Moreover, induction motors are the major type of industrial motors that are used in wide variety of applications such as pumps, Compressors, Fans and blowers, centrifuges machines and mixers in chemical industry. The demand for pumps, compressors, fans and blowers, centrifuges machines and mixers in these industries are always high, owing to usage in handling toxic and aggressive acids, as well as highly flammable and explosive liquid. For instance, the chemical industry is a major sector that contributes towards the Spain’s GDP. In 2020, Spain's chemical sector accounted for 5.5% of their national gross domestic product (GDP) and 13.4% of the industrial GDP. The total revenue of the chemical sector was 64.519 billion euros, from which 36.57 billion were exported in 2020. This increasing growth was mostly due to rising local demand for chemicals coupled with engage in R&D cooperation with customers and institutes. These factors play significant role to develop higher demands for Industrial Motors in these industries resulting into the market growth.

Industrial Motor Market Challenges

  High cost of raw materials to manufacture industrial motors can hamper the market growth

High cost of raw materials to manufacture industrial motors can act as a major challenge restraining the growth of Industrial Motor Market. The cost of raw material such as metals which includes steel, aluminium and insulation materials are quite expensive. Moreover, these industrial motors consume more electricity which results into rise of cost per unit. Furthermore, availability of low quality industrial motors is another factor that can hamper the market growth. Leading industrial motor manufacturing companies are facing intense competition from local motor manufacturers supplying inexpensive and low-quality AC and DC Motors to tap local markets, thus competing strongly with the global suppliers in the respective markets. Owing to the above mentioned factors, use of energy efficient industrial motor will be significantly impacted, thus hampering its market growth.

Industrial Motor Market Landscape

Partnership, Acquisitions, Collaboration, technology launches and R&D activities are key strategies adopted by players in the Industrial Motor Market. The Industrial Motor Market top 20 companies include: ABB Ltd Siemens AG Nidec Corporation Brook Crompton UK LIMITED WEG S.A. Emerson Electric Co Rockwell Automation Inc TECO Electric & Machinery Co., Ltd Danfoss Toshiba Corporation Regal Rexnord Corporation Parker-Hannifin Corporation Fuji Electric Co., Ltd Eaton Corporation plc General Electric FANUC CORPORATION AMETEK, Inc Allied Motion Technologies Inc Hitachi, Ltd Bosch Rexroth AG

Recent Developments

In December, 2021, WEG S.A , the traditional supplier of electric motors, frequency drives, automation systems, paints and digital solutions (IOT and IA), signed partnership with Marcopolo for the development of Attivi, which is the first electric bus manufactured with its own chassis. Thus, the partnership is formed as Marcopolo Attivi is equipped with a WEG Powertrain and consist of a 395 kW and 2800 Nm of torque three-phase motor and a frequency drive. The WEG Powertrain is designed with the environmental protection principles, and thus, partnership is developed to adapt the vehicle to the demands for urban and intercity transports. In April 2021, Siemens announced the addition of the latest servo motors to its proven Sinamics S210 single-cable servo drive system. The Simotics S-1FS2 is a motor version with a stainless-steel housing, and featured with the highest degree of protection IP67/IP69, as well as high-resolution 22-bit absolute multi-turn encoders, resulting into the expansion of the range of applications across the food and beverage sector and pharmaceutical industry. In March 2020, Rockwell Automation launched New Fanless Kinetix VPC Servo Motor to offer better performance and higher energy efficiencies. The new fanless version of the Allen-Bradley Kinetix VPC enables Printers and other industrial operators to enhance their energy efficiency and reduce machine complexity with a continuous-duty servo motor from Rockwell Automation.

[typoeastnews]

Indian Industrialist Rajeev Jhawar: The Man Who Adorns Many Hats

Rajeev Jhawar is the Managing Director of Usha Martin Limited. He is the son of Brij Kishore Jhawar, the founder of Usha Martin. Rajeev Jhawar has three daughters – Stuti Jhawar, Shreya Jhawar and Amisha Jhawar. Brij Kishore Jhawar is one of the two factions of the Jhawar family, who owns the company. Rajeev Jhawar has been the Managing Director at Usha Martin Limited since May 19, 2008. Rajeev Jhawar is an alumnus of Ranchi University and has also completed his graduation in Industrial Services from London Business School.

The Jhawar Family also owns the Neutral Publishing House Limited, among many of its companies. The family consists of two octogenarian brothers – Brij Kishore Jhawar and Basant Kumar Jhawar. While the family jointly held 51% of the stake, the rest of the retailers held only 49% of the stake of Usha Martin Limited. Jhawar Family also owns 95.47% shares of Neutral Publishing House Limited, the company which publishes Prabhat Khabar. The family members of the Jhawar family hold different positions in many of the group companies.

Both Basant Jhawar and Brij Jhawar have grown the business into a large wire rope conglomerate in the country. Later on, their sons joined the business. Rajeev Jhawar, the son of Brij Kishore Jhawar, was involved in the manufacturing of products. And he does his part perfectly. Rajeev Jhawar then took charge of the company, which later acquired some wire rope companies in Europe and turned the business profitable.

In his past career, Rajeev Jhawar was Director-Finance & Commercial at Tropical Agrosystem India Ltd., Managing Director at Usha Martin Industries Ltd. and Director-Finance & Commercial at SBQ Steels Ltd. Rajeev Jhawar started his journey at Usha Martin Limited as Sr. Vice President (Commercial) and later became the Managing Director of Usha Martin Limited. Established in the year 1960, Usha Martin Limited is a multi-unit and multi-product organization in the wire rope business. In his three decades of service at Usha Martin, Rajeev Jhawar had always paved way for the company to reach greater heights.

Usha Martin Limited underwent the incorporation process in the year 1986 under the name Usha Beltron Ltd. Since its inception, the company had been seeing immense growth and was elegantly walking up the ladder for the past years under the leadership of Rajeev Jhawar. The first wire rope reel rolled out of the company in 1962. Its public issue in 1961 was oversubscribed by more than 300 per cent. In 1963, Usha Martin Limited paid its maiden dividend and doubled the production from 3,600 tonnes to 7,200 tonnes in just two-and-a-half years.

Usha Martijn Limited soon became one of the largest manufacturers of wire ropes in the world and the leading speciality steel manufacturer in India. The company is one of the world’s leading manufacturers of wire rope. Their wire rope manufacturing facilities are located in Ranchi, Hoshiarpur, Dubai, Bangkok and UK. Usha Martin produces one of the widest ranges of wire ropes in the world. Usha Martin Limited, together with its subsidiaries, manufactures and sells wires, wire ropes, and strands products in India and internationally.

Rajeev Jhawar led Usha Martin’s wire rope business manufactures wire, strands, LRPC and wire ropes, which cater to various industries, including steel, infrastructure, construction and auto. The company also offers wire ropes, including oil and offshore, crane, mining, elevator, fishing, aerial, and general engineering ropes, as well as ropes for conveyor cords and structural systems. It also manufactures a range of industrial machines, including wire drawing machines, stranding machines, wire rope closing machines, steel plant equipment, cable machines, and material handling equipment; machines for manufacturing bright bars; machines for armoring and rewinding; and copper coating lines for CO2 welding wire manufacture.

Few years back, Usha Martin underwent through a turmoil. But with the strategic intervention of Rajeev Jhawar, Usha Martin moved again into the trajectory of success. Rajeev Jhawar hived off the steel division of UML to Tata in 2019, thereby deleveraging the balance sheet of the company and led them to a reasonably healthy position. As a global giant in the wire rope industry, the company’s future remains promising and it is poised for a significant rerating from here. Usha Martin Limited has turned profitable post debt reduction and is billed as one of the most successful turnarounds of stressed assets. The strategic move of Rajeev Jhawar to sell Usha Martin’s steel business to Tata Steel had enabled them to significantly deleverage their Balance Sheet and focus on their core competencies. This has already started yielding results and has placed them in a position of strength.

Post divestment of its steel business undertaking, Usha Martin has improved with renewed vigor with its focus on capability building, removing constraints and increase in productivity of key products to remain agile and competitive. In order to continue to be sustainable, resilient and future ready, Rajeev Jhawar and Usha Martin is preparing for plans for augmenting capacity and capability building. Rajeev Jhawar is hopeful that with steady infrastructure spending by the Indian government, specialty products used in construction and infrastructural sectors may become one of the key growth drivers for the company in the upcoming years. Usha Martin expects growth in export volume in South-East Asia, Australia, USA, Canada, Latin America and South Africa in the following years from these sectors. Rajeev Jhawar is currently working on the expansion of the company in terms of capacities and increasing the business into new geographies.

In addition to his position of Managing Director at Usha Martin Limited, Rajeev Jhawar holds 9 other board and advisor roles. Rajeev Jhawar has been the Vice Chairman of Usha Martin Education & Solutions Limited since September 2010. Rajeev Jhawar also serves as an Executive Director of Usha Martin Limited. He is the Chief Financial & Compliance Officer of G J Steel Public Company Limited (Iron & Steel). He has been an Independent Non-Executive Director of Orient Cement Limited (part of CK Birla group companies Construction Materials) since August 09, 2014.

Rajeev Jhawar serves as the Director of Usha Martin International Ltd. and Usha Martin UK Ltd. He is also a director on the boards of Usha Martin’s overseas subsidiaries, i.e., Usha Siam Industries Public Company Limited in Thailand and Brunton Wire Ropes FZ Co. in Dubai. He is also the Director of Usha Breco Ltd since Apr 19, 1969. He serves as the Director of Usha Breco Realty Ltd since Jun 29, 2005. Rajeev Jhawar is also the Director of PARS Consultancy & Services Pvt. Ltd. since Oct 27, 2010. Rajeev Jhawar has been a Non-Executive Director at Usha Martin Education & Solutions Limited since March 4, 2000 and the Director of KGVK Rural Enterprises Ltd, KGVK Social Enterprises Ltd, Redtech Networks India (P) Ltd and Jhawar Venture Management Pvt. Ltd.

Rajeev Jhawar is also the Director of Neutral Publishing House Limited which has a leading regional newspaper under the flagship title ‘Prabhat Khabar’ published in the Indian cities of Patna, Dhanbad, Ranchi, Jamshedpur & Kolkata. He has been the Director of Usha Breco Limited since March 30, 2010. Rajeev Jhawar is also the Director of Gustav Wolf Speciality Cords Ltd., Usha Communications Technology Ltd. (Guernsey), Prabhat Khabar and Summit Usha Martin Finance Corp. Ltd. He also serves as the member of The Institute of Cost & Works Accountants of India and The Institute of Chartered Accountants of India.

[supriya--askdigital9]

Combined bearings for material handling applications

What is Combined Bearing Technology?

Combined bearings are wave bearings that can transmit together radial and axial loads. The configuration of combined bearing is in such a method that the axial and radial bearing operates at 900. The main load is approved by the radial bearing whereas the axial bearing takes the side thrust. The combined bearing is used with outline rails or channels. There are two key forms of profiles, I and C profiles. The combined bearing transparencies into the profile rail resulting in the required linear motion. The combined bearing is welded with flange plate for the mounting necessary as per the essential of the use. This assembly is majorly used for weighty duty vertical and horizontal movement with precision. 

How combined bearings are diverse from other linear motion technologies?

Combined bearings are used ordinarily for high load applications. For sure claims like dusty atmosphere or high temperature environment linear guides or ball screws can be replaced by combined bearings. The overall valuation of dissimilar linear motion systems is given in the below table.

Application

Lead Screws

Ball Screws

Chain & Sprocket

Rack & Pinion

Actuators

Linear Guides

Combined Bearings

Precision

High

V High

Good

High

V High

V High

Good

Load Capacity

Good

High

Good

High

Good

Good

V High

High Temp. Environment

Good

Good

High

High

Good

Good

High

Speed

High

V High

Good

Good

High

High

Good

What are the selection parameters for combined bearings?

The following are the basic selection parameters.

Load Volume – This is the load to be carried and the dead load (weight)

Load Expanse – The distance of load from the suspension point

Bearing Distance – The distance between the combined bearings in the assembly. (the recommended distance is 500-1000 mm)

Size Series – The combined bearings can be selected based on the O.D. The O.D. typically ranges from 52.5 mm to 153.8. The O.D. of large bearings series from 180 mm to 320 mm. Apart from these basic parameters, other considerations such as in-situ use obligation, workplace environment and temperature etc. also need to be measured.

What are the applications of combined bearings?

Combined bearings can be professionally used in dissimilar trades. Specific of the leading applications are as follows:

Steel: combined bearings are used in Pickling Lines & Edge Wiper Machines in Cold Rolling Mill (CRM), billet conveyor, furnace trolley and transmission car in Bar and Structure Mill (BSM), Wire Rod Mill and Hot Strip Mill.

Aluminium: Combined bearings are used in Stack Loader and Sow Casting Machine in Cast House, PTM Machine (Hydraulic Type) in Aluminum Smelting – Pot Room and in Billet Casting Plant.

Automobile: It is used by Line Builders and in Power Electrical Regions.

Others: The Combined bearing associations are used in numerous additional manufacturing uses like transmission units, mechanization for diverse orders, packaging machines, wood and paper business and general machine building etc.

Who are the leading manufacturers of combined bearings?

Kavitsu Bearing is the top Combined Bearing supplier, Manufacturer, Exporter, Dealer in ABUDHABI, Algeria, Australia, Bhutan, Canada, Czech Republic, Egypt, Germany, Indonesia, Italy, Netherland, New Jersey, Saudi Arabia, Singapore, Spain, Thailand, Turkey, UAE, UK, USA, Vietnam ,Port de Bejaia Algerie, Melbourne, Phuentsholing, Toronto, Ontario, Montreal, Joliette, Port of PRAGUE, Cairo, HAMBURG, Eschweiler, Surabaya, Milano, Genoa, Amsterdam, Rotterdam, Riyad, Dammam, Barcelona, Bangkok, Istanbul, Heathrow, Cleveland, Oklahoma, Houston, Pittsburgh, NEWYork, Hare Apt, Seattle, Minneapolis, HCMC Port.

[sublimeheartwizard]

Design and Development of Telescopic Conveyor

This telescopic belt conveyor is an effective and ergonomic alternative to labour-intensive routines. Operators can move heavy or awkward packages into or out of a container/truck rapidly with little effort. Extending some 20 meters/65 ft., telescopic belt conveyors can be used to load/unload any type of loose-loaded cargo - typically parcels, boxes, sacks & tyres. An intuitive smart-pad on either side enables precise control of the boom's elevation and telescopic movement. Push buttons at the operator end of the boom control activation, lights, belt direction etc.

A telescopic belt conveyor is an effective and ergonomic alternative to labour-intensive routines. Operators can move heavy or awkward packages into or out of a container/truck rapidly with little effort. Extending some 20 meters/65 ft., telescopic belt conveyors can be used to load/unload any type of loose-loaded cargo - typically parcels, boxes, sacks & tyres. An intuitive smart-pad on either side enables precise control of the boom's elevation and telescopic movement. Push buttons at the operator end of the boom control activation, lights, belt direction etc. Exceptionally small base sections combined with up to five extending sections enables us to provide custom telescopic conveyors to suit your requirements.

Wheel Sorter

Wheel Sorter is used for belt conveyor system or roller conveyor system. The characteristics of this design is to track conveyed goods accurately and stably as well as set sorting positions at any position along both sides of conveyor lines conveniently to satisfy customers with different sorting requirements. Achieve maximum sorting rate at the same time its best economical efficiency.

Durable: Our O-Belt is made in a whole piece, without any gaps to ensure a longer service life!

§High Sorting Rate: Designed for high speed and bidirectional for sorting operation on both sides at the same time. Maximum Sorting Rate can be 7200 pieces/hour.

§Low Noise: Use new material and noise elimination technology which can be friendly for Environment, noise can be less than 75dB.

§Energy Conservation and Environmental Protection: Light weight material and low energy consumption structure as well as low power and source power (conveyor) drive to achieve successful operation.

§Flexible and Stable Sorting Operation: Online double-row swivel wheel technology prevents conveyed goods from vibration and damage. Stably and flexibly sort goods from light duty to maximum 50kg heavy duty range.

§Easy Layout and Maintenance: Use unit modular design and embedding combination structure, easy for sorting positions be placed at any position along both sides of conveyor line. Product is more reasonable, simple, conveniently used and maintained.

DWS Systems makes its international show debut at IFAT

DWS System, the joint venture between Siltbuster, the water treatment specialist and the German recycling equipment giant, Doppstadt, , will be exhibiting at IFAT 2016 in Munich. This will be the first time DWS Systems has taken part in an international show, since the company was formed in 2015.

Located in hall B1.404, DWS Systems will be exhibiting the latest Gritbuster WT-250 road sweepings recycling system. The WT-250 is uniquely engineered to handle road sweepings, gully waste and trommel fines on a commercial scale, handling up to 25 tonnes per hour. It cleverly uses water to further separate out recyclable materials - washed gravel and sand products - making it easier for materials recycling facilities to separate out on a large scale the constituent elements of the waste they handle. This boosts the level of material reuse and minimises waste going to landfill. Thanks to this level of innovation, the WT-250 is in the running for a prestigious MRW National Recycling Award.

DWS Systems will also be showing its range of water treatment technologies including the HB40R lamella clarifier. This is specifically designed for the removal of suspended solids and other matter from process waters, so that the water can be reused. As a result, those using DWS Systems’ water treatment kit can operate a closed loop process; they don’t have to rely on large settlement lagoons to naturally treat their waste water. The net result is compact solutions which can be rapidly deployed on small sites to reprocess a range of waste materials to a higher standard than can be achieved by the current dry processing techniques.

Commenting on the company’s presence at the exhibition, Dr Richard Coulton, founder of Siltbuster and CEO of DWS Systems UK said: “As just these two products show, we have some powerful solutions for the world’s recycling industry. The collaboration between our two businesses means we can roll them out to an international audience much faster, which is important as the recycling sector faces some real challenges which our systems address. Our presence at IFAT is an important first step in that process. It’s a great opportunity to showcase both the new business and most importantly, the technologies we offer.”

Chapter One - What is a Conveyor Belt?

A conveyor belt is a material handling system designed to move supplies, materials, and components using an efficient and effortless process that saves on time, energy, and cost. The design of conveyor belts includes two motorized pulleys with the conveyor material looped over them. The pulleys operate at the same speed and move in the same direction to activate the motion of the conveyor belt.

There is an endless number of types and uses for conveyor belts. All of the varieties serve the purpose of transporting materials and goods along a continuously moving path. Though motorized conveyor belts are the traditional form of a conveying system, there are systems that use rollers without a motor to move materials.

Chapter Two - Types of Conveyor Belts

The range and uses of conveyor belts cover several industrial settings and applications. The efficiency of conveyor belt systems assists in improving productivity, saves on labor costs, and decreases lead times. Conveyor belts move large quantities of goods quickly and reliably for transport, further assembly, or storage.

The principal reasons so many conveyor systems are in use are the savings in labor costs, efficient movement of goods, and their ability to keep products and materials from damage. They provide the best possible service at the lowest possible cost.

Types of Conveyor BeltsRoller Bed Conveyor Belt

The surface of a roller bed conveyor belt is a set of rollers that match the weight and speed required by the product. The length of the roller bed conveyor belt determines the number of rollers to be used.

A roller bed conveyor belt is designed for applications where materials are loaded by gravity. They are an ideal solution for conditions where materials have to be moved over long distances since they are designed to reduce friction.

Flat Belt Conveyor Belt

A flat belt conveyor belt uses a series of pulleys to move materials and supplies. Its belt is made of natural or synthetic materials; this makes it versatile and adaptable to varying conditions and applications. In some instances, a flat belt conveyor belt may have a center drive and nose bars.

Modular Conveyor Belt

A modular belt conveyor consists of interlocked pieces made of hard plastic with segments that can be easily removed and replaced. The design of modular belt conveyors makes it easier to clean, and the material is resistant to sharp and abrasive substances. Modular belt conveyors come in varying configurations and use a single belt to go around corners, in a straight line, up inclines, and down declines.

Cleated Conveyor Belt

Cleated belt conveyors have sections, pockets, or dividers that secure granular products when the belt declines or inclines. The cleats have equal spacing between them and come in various styles and shapes depending on the product to be moved and the design of the belt.

Inverted Capital T

An inverted T cleat stands perpendicular to the belt and provides support for delicate and fragile materials.

Forward Leaning Capital L

A leaning capital L has a wide base that can be curved to scoop up granular materials. The design of the capital L makes it less resistant to leverage forces.

Inverted V

Inverted V cleats are two inches or less to create a trough like effect and are used for heavy, abrasive, and larger pieces of bulk materials.

Lugs and Pegs

Lugs and pegs are designed to meet the specific needs of a product and are a cost effective solution for products that do not require continuous support, such as cartons. They can be selectively placed to move products of varying sizes.

Sidewall

The purpose of sidewalls on a conveyor belt is to keep the material being moved on the belt. Sidewall conveyor belts are ideal for incline and decline belts and help increase product load capacity to improve conveyor system efficiency. There are a wide variety of sidewall materials, and they can be corrugated at various depths to fit the needs of the product and application.

Curved Conveyor Belt

The curves in conveyor belts are used to carry products around corners, make transfers, and make efficient use of floor space. Curved conveyor belts can make “U” turns to face the direction from which they came. They are made with flat belts and can make turns at 45o, 90o, 135o, and 180o angles.

Incline Conveyor Belt

Incline conveyor belts have a rough, uneven surface to hold materials and prevent them from slipping or falling back. The underside of the belt is smooth to allow the belt to glide smoothly along the bed. Modular belt and timing belt conveyors can be used for this purpose. Depending on the material to be moved, cleats may be included for increased slippage prevention.

Decline Conveyor Belt

The purpose of a decline conveyor belt is to move products or materials down or change its height. As with the incline version of conveyor belts, a decline conveyor belt has a rough surface or cleats to prevent materials from slipping or falling.

Decline conveyor belts are a continuous operating conveyor system with an articulated frame with a section that is pivoted or placed downward to accommodate downward movement of products from an upper location.

An advancement in conveyor belt technology is the electroadhesion conveyor belt, which acts like a magnet that is activated by a switch to create a strong and secure holding force between the container and the belt. Two low amp power strips placed in the conveyor belt powers its holding force. Materials with an electrically conductive pattern are knitted into the belt to produce the force that holds materials in place.

Filter Conveyor Belt

Unlike conventional conveyor belts, filter conveyor belts allow materials to pass through in order to drain excess liquid from components or filter out toxins and contaminants. Filter conveyor belts are constructed with lateral grooves and holes in the center of the belt to allow liquids and fluids to escape. Drainage holes are placed in a fabric free zone down the center of the belt or sealed to prevent the liquid from soaking into the belt fabric.

Much like a sidewall conveyor belt, filter conveyor belts can have sidewalls to prevent liquids and fluids from spilling over the sides of the belt. They are made of heated polyester, polypropylene, polyolefin, or stainless steel mesh for dewatering applications.

Vacuum filter belts are used for washing coal and other ores to assist in the separation of fluids and solids.

[researchetcsblog]

Chiori Belt Overview and Features

CHIORINO belts research are ideal for all categories of conveyors, whether roller supported, straight, inclined, with rollers, depressed, non-inductive or conductive flame resistant, etc. The wide assortment of CHIORINO products provide a large selection of belts with several features including: non-conductive and conductive flame resistant (with or without conductive threading) flame retardant (food quality only) and food service type belts with pre-installed double stitching. All kinds of belts - from heavy duty truck conveyors and industrial belts to heavy duty PVC pipe, polyethylene, petroleum and rubber tubing - can be used in controlled environments. The high-quality CHIORINO belts are designed to stand up to the toughest work conditions withstanding temperatures of up to 350 degrees F. Unlike other types of plastic belt, the heavy duty plastic belt constructed of CHIORINO will not melt or warp when exposed to heat, cold, chemicals, grease, dirt, moisture, and excessive vibrations. In addition, the unique design allows for quick removal of chipped belt material.

Roller Belts: Since the invention of the first roller belt, chlorine belts have been on the cutting edge of automatic belt and pulley systems, offering a large variety of styles, materials, and applications. Chiori nema, nylon, and polyester are common materials used in high resistance roller belts, which are both durable and safe for a variety of applications. Ideal for general light duty, heavy-duty, and high resistance applications, these belts have an industry standard for easy installation and low maintenance.

Conveyor Belts: The basic function of conveyor belts is to transport raw materials and products from one location to another. While most conveyor belts are comprised of a straight track, others are made with curved tracks that allow for customized movement with ease and fluidity. These conveyor belts may include a combination of roller and non-roller components, including: belt, wire, conveyor, and non-conducive detergent delivery system. The conveyor belt is often the largest component of a priori system and typically consists of an axial "plane" that rolls over a non-bearing surface, transmitting and transporting any weight load.

Finger Joints: One of the most popular chlorine belts features finger joints on both sides of each end. These finger joints are ideal for use in food industry applications such as washing machines, can dispensers, food displays, vending machines, and pick & pack systems. Because finger joints are so durable, choir belts featuring these types of joints are designed to be very useful for years of use without requiring replacement or repair. Finger jointed choir belts, when designed for heavy industrial use, may require the use of extra tie straps and strong reinforcing hardware to ensure that the fingers have enough leverage to lift and transport the products they are intended to move.

Other characteristics of choir belts include wider width dimensions, larger sizes, and high tensile strength. Wide width dimensions are typically achieved through the use of galvanized steel or high tension rubber components. Large sizes are achieved through the use of large diameter galvanized steel profiles and sidewalls. Both of these features are necessary in order to provide the wide width of choir belts that are designed to handle heavy loads in food processing plants. High tensile strength is usually provided by high profile, stainless steel, or other high tensile alloy profiles and sidewalls.

There are several additional belt types that feature different materials and are used in highly automated workshops. These include doublewall construction with reinforced stitching and double overlap sidewalls and profiles. The construction of these belts is typically accomplished with high tensile rubber components. The use of high tensile reinforcement is important in highly automated workshops in that the stronger the sidewall/profile, the more force is able to hold and lift the load. Many choir belts are constructed with high tensile profiles and sidewalls made from galvanized steel. It is important to note that if force is applied to a priori belt's sidewalls and profiles they will not break or bend due to fatigue or design constraints, but instead will just become damaged and either need to be replaced or repaired.

Summary

Further key aspects of the report indicate that:

Chapter 1: Research Scope: Product Definition, Type, End-Use & Methodology

Chapter 2: Global Industry Summary

Chapter 3: Market Dynamics

Chapter 4: Global Market Segmentation by region, type and End-Use

Chapter 5: North America Market Segmentation by region, type and End-Use

Chapter 6: Europe Market Segmentation by region, type and End-Use

Chapter 7: Asia-Pacific Market Segmentation by region, type and End-Use

Chapter 8: South America Market Segmentation by region, type and End-Use

Chapter 9: Middle East and Africa Market Segmentation by region, type and End-Use.

Chapter 10: Market Competition by Companies

Chapter 11: Market forecast and environment forecast.

Chapter 12: Industry Summary.

The global Conveyor Belts market has the potential to grow with xx million USD with growing CAGR in the forecast period from 2021f to 2026f. Factors driving the market for @@@@@ are the significant development of demand and improvement of COVID-19 and geo-economics.

Based on the type of product, the global Conveyor Belts market segmented into

Light weight conveyor belt

Medium weight conveyor belt

Heavy weitht conveyor belt

Based on the end-use, the global Conveyor Belts market classified into

Mining

Manufacturing

Food production

Agriculture

Transprot and logistics

Others

Based on geography, the global Conveyor Belts market segmented into

North America [U.S., Canada, Mexico]

Europe [Germany, UK, France, Italy, Rest of Europe]

Asia-Pacific [China, India, Japan, South Korea, Southeast Asia, Australia, Rest of Asia Pacific]

South America [Brazil, Argentina, Rest of Latin America]

Middle East & Africa [GCC, North Africa, South Africa, Rest of Middle East and Africa]

And the major players included in the report are

ContiTech (Continental AG)

Fenner

Bridgestone

Habasit

Yokohama

Zhejiang Double Arrow

Forbo-Siegling

Ammeraal Beltech

Mitsuboshi Belting

Bando

Zhejiang Sanwei

Intralox

Wuxi Baotong

QingDao Rubber Six

Huanyu Group

Hebei Yichuan

YongLi

Esbelt

Sampla Belting

Conveyor Belts Market report offers great insights of the market and consumer data and their interpretation through various figures and graphs. Report has embedded global market and regional market deep analysis through various research methodologies. The report also offers great competitor analysis of the industries and highlights the key aspect of their business like success stories, market development and growth rate.

Convenient Camping Cooler Market

Convection Rework and Site Cleaning Systems Market

Control Foot Switches Market

Control & Relay Panels Market

Contact us: https://www.reportmines.com/contact-us.php 

[sandlerresearch]

Asia Pacific Generator Sales Market by Fuel Type (Diesel, Gas), Power Rating (<100kVA, 100-350kVA, 350-1000-2500kVA, 2500-5000kVA, >5000kVA), Application (Standby, Continuous, Peak Shaving), End-User, Country - Forecast to 2025 published on

https://www.sandlerresearch.org/asia-pacific-generator-sales-market-by-fuel-type-diesel-gas-power-rating-5000kva-application-standby-continuous-peak-shaving-end-user-country-forecast-to-2025.html

Asia Pacific Generator Sales Market by Fuel Type (Diesel, Gas), Power Rating (5000kVA), Application (Standby, Continuous, Peak Shaving), End-User, Country - Forecast to 2025

“The Asia Pacific generator sales market is projected to grow at a CAGR of 5.1% from 2020 to 2025.”

The Asia Pacific generator sales market size is projected to reach USD 8.8 billion by 2025 from an estimated USD 6.8 billion in 2020, at a CAGR of 5.1% during the forecast period.Increasing requirement of hybrid generators, bi-fuel, and inverter generators is creating demand opportunities for the generator sales industry in the Asia Pacific region.

Also, increasing demand for uninterrupted & reliable power supply in several industries is driving the generator sales market in the Asia Pacific region. However,the growing adoption of energy storage technologies and renewable energy sources hinder the growth of generators in the Asia Pacific region.

“The industrial segment, by the end user, is expected to be the largest and the fastest-growing market from 2020 to 2025.”

Industrial account for the largest share in the Asia Pacific generator sales market in 2019. The adoption of power backup solutions during the peak demand period to reduce the demand-supply gap in remote areas drive the growth of the market in the industrial sector.

The industrial end-user segment includes utilities/power generation, oil & gas, and other industries. Other industries include mining, marine, chemical, military, and manufacturing industries. Industrial generators are developed to ensure that there is a continuous supply of power in the event of power failure from the grid system. Thus, such generators guarantee an efficient performance of the equipment during the non- availability of electric supply. Moreover, diesel generators are used widely in mining operations all over the world. They provide over 70% of all the power needed in mining operations by heavy-duty equipment, such as excavating machinery, drillers, conveyor belts, and cranes.

Developing countries, such as China, India, and Thailand, are witnessing rapid industrialization and have introduced favorable policies to support industrial growth, including adequate power supply. Such developments are expected to offer lucrative opportunities for the generator sales market in the Asia Pacific region in the near future.

“The gas segment, by fuel, is expected to be the fastest-growing market from 2020 to 2025.”

Natural gas fuel is growing owing to the expansion of the gas distribution network in emerging economies. Also, natural gas is used widely as an efficient source to power both emergency and portable generators and regarded as one of the most affordable and effective fuels among non-renewable resources for power generation. Also, natural gas generators are cheaper and more environment-friendly compared to diesel generators. In comparison to oil and coal, the emissions of sulfur, nitrogen, and carbon dioxide (a greenhouse gas) are considerably lower in the case of gas gensets. Such features of gas gensets,along with the development of gas distribution networks, are expected to motivate the end-users to install gas generators, which would drive the growth of the gas generator sales market in Asia Pacific.

“Cambodia: The fastest-growing country in the Asia Pacific generator sales industry.”

The country is developing into the fastest-growing end-market for energy, power, and technologies. Also, rapid economic growth and tariff reduction policy are driving the growth of the generator sales market in Cambodia.According to the International Trade Center,Cambodia has reduced 50% of the tariff lines in 2015 and has eliminated 90% tariff lines in 2017. This has promoted free trade movement within the country. With a favorable tariff reduction policy, the country is also focusing on installing power plants for the reliable supply of electricity. However, Cambodia, on an average, records 22% of T&D losses each year due to lack of transmission network, an unreliable supply from a local grid. Thus, the utility companies use generators in remote areas during the peak demand period to reduce the demand-supply gap. Therefore, all these factors drive the demand for generator sales in the Asia Pacific region.

Breakdown of Primaries:

In-depth interviews have been conducted with various key industry participants, subject-matter experts, C-level executives of key market players, and industry consultants, among other experts, to obtain and verify critical qualitative and quantitative information, as well as to assess future market prospects.

The distribution of primary interviews is as follows:

By Company Type: Tier 1- 60%, Tier 2- 25%, and Tier 3- 15%

By Designation: C-Level- 35%, Director Level- 25%, and Others- 40%

By Country: India – 40%, Thailand – 30%, China – 10%,and Rest of Asia Pacific – 20%

*Others include sales managers, engineers, and regional managers.

Rest of Asia Pacific includes Australia, Japan, Indonesia, South Korea, Laos, Cambodia, Myanmar, Vietnam, Pakistan, and Bangladesh

Note: Tier 1 Company—Revenue > USD 5 billion, Tier 2 Company—Revenue between USD 1 and USD 5 billion, and Tier 3 Company—Revenue < USD 1 billion

The Asia Pacific generator sales market is dominated by a few major players that have an extensive country presence such as Caterpillar (US), Cummins (US), Generac (US), Wärtsilä (Finland), Mitsubishi Heavy Industries (Japan), Rolls-Royce Holdings (UK), Yanmar (Japan), Siemens (Germany), Weichai Group (China), and Sterling & Wilson (India).

Research Coverage:

The report defines, describes, and forecasts the Asia Pacific generator sales market, by end-user, power rating, application, fuel,and country. It also offers a detailed qualitative and quantitative analysis of the market. The report provides a comprehensive review of the major market drivers, restraints, opportunities, and challenges. It also covers various important aspects of the market, which include the analysis of the competitive landscape, market dynamics, market estimates in terms of value and volume, and future trends in the Asia Pacific generator sales market.

Why Buy this Report?

The report identifies and addresses the key markets for the generator sales operations and services, which would help equipment manufacturers and service providers review the growth in demand.

The report helps system providers understand the pulse of the market and provides insights into drivers, restraints, opportunities, and challenges.

The report will help key players understand the strategies of their competitors better and help them in making better strategic decisions.