#Low Cost Crankshaft Grinding
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The only company in the world with the latest and most up-to-date equipment, processes, and technology for grinding and polishing crankshafts without removing them from engine blocks is RA Power. Crankpin grinding can even be done while the ship is in motion. In Dubai, Oman, Saudi Arabia, Qatar, Abu Dhabi, Sharjah, Ajman, Umm Al-Quwain, Fujairah, Bahrain, Kuwait, Iraq, Belize, Dominican Republic, Grenada, Guyana, Haiti, Saint Kitts and Nevis, Saint Lucia, Trinidad, and Tobago, etc., we frequently carry out on-site crankshaft repairs and crankshaft grinding. For any information or queries, write to us at [email protected] or call us at +91-9582647131 or +919810012383.
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Understanding Engine Oil: Importance, Types, and Maintenance Tips
Engine oil is one of the most crucial components in keeping a vehicle running smoothly. Its primary role is to lubricate the engine's moving parts, reducing friction, preventing wear, and dissipating heat. Without engine oil, the metal components in your engine would quickly degrade, leading to overheating, damage, and ultimately, engine failure. In this blog post, we will explore the importance of engine oil, the different types available, and tips for maintaining your vehicle’s engine oil for optimal performance.
What Is Engine Oil?
Engine oil is a specially formulated lubricant designed to keep the moving parts of an engine functioning properly. It acts as a barrier between metal components, reducing friction and wear caused by continuous movement. In addition to lubrication, engine oil serves other functions, including cooling the engine, cleaning contaminants, and preventing rust and corrosion.
Why Is Engine Oil Important?
The primary purpose of engine oil is to reduce friction between the moving parts of an engine, such as pistons, crankshafts, and valves. This helps prevent wear and tear, ensuring that the engine operates smoothly and efficiently. The oil also serves to:
Lubrication: Engine oil forms a thin film between moving metal parts, preventing direct contact and reducing friction. This helps prevent engine components from grinding against each other, which can lead to severe damage.
Cooling: In an engine, parts like pistons and valves can get extremely hot due to constant friction and combustion. Engine oil absorbs some of this heat and carries it away from critical components, helping to prevent overheating.
Cleaning: Engine oil helps trap dirt, debris, and other contaminants that naturally accumulate inside the engine. It picks up particles such as carbon buildup and metal shavings, which are then filtered out by the oil filter.
Corrosion Prevention: The oil creates a protective layer that prevents moisture and contaminants from coming into direct contact with the metal surfaces inside the engine..
Types of Engine Oil
Not all engine oils are created equal. The type of engine oil you use will depend on your vehicle’s engine design, operating conditions, and manufacturer recommendations.
1. Mineral Oil (Conventional Oil)
Mineral oil is the most basic form of engine oil and is derived from refined crude oil. It is commonly used in older vehicles or those with simpler engine designs. Mineral oils are generally less expensive than synthetic oils but may not offer the same level of protection, especially under extreme conditions.
Advantages:
Cost-effective
Suitable for older engines
Regularly changed, it can perform well under typical driving conditions
Disadvantages:
Breaks down more quickly than synthetic oils
Less effective in extreme temperatures
Requires more frequent oil changes
2. Synthetic Oil
Synthetic oil is artificially created using chemical compounds that are engineered to provide better performance than conventional oils. It is engineered to endure high temperatures, minimize engine wear, and enhance fuel efficiency. Synthetic oils are particularly beneficial for modern vehicles with high-performance engines.
Advantages:
Improved performance in extreme temperatures (both high and low)
Longer oil change intervals
Better lubrication and protection for high-performance engines
Reduces engine sludge and contaminants
Disadvantages:
More expensive than mineral oils
May not be necessary for older or less-demanding engines
3. Semi-Synthetic Oil (Blended Oil)
Semi-synthetic oil is a blend of traditional mineral oil and synthetic oil. It offers a balance between performance and cost, providing some of the benefits of synthetic oil at a lower price point. It is suitable for vehicles that need better performance than conventional oils can offer but don’t require full synthetic oil.
Advantages:
Better performance than conventional oil
More affordable than full synthetic oil
Longer oil change intervals than mineral oil
Disadvantages:
Not as durable as fully synthetic oil
Still may not be suitable for extreme driving conditions
How Often Should You Change Engine Oil?
One of the most common questions vehicle owners have is how often to change the engine oil. The recommended oil change interval can vary based on factors such as the oil type, vehicle age, and driving conditions, but here are some general recommendations:
Conventional Mineral Oil: Typically, it’s recommended to change conventional oil every 3,000 to 5,000 miles.
Synthetic Oil: Full synthetic oils can last longer, with intervals ranging from 7,500 to 10,000 miles.
High-Mileage Oil: For older engines, oil changes may be recommended every 5,000 to 7,500 miles.
However, always refer to your vehicle’s owner’s manual for the manufacturer’s recommended oil change intervals, as newer vehicles may have longer intervals or require specific types of oil.
Signs That Your Engine Oil Needs Changing
There are a few key indicators that it’s time to change your engine oil:
Dirty or Dark Oil: Fresh engine oil is amber in color. If the oil appears dark and gritty, it may be time to replace it.
Unusual Engine Noises: If you hear knocking, ticking, or grinding sounds coming from the engine, it may indicate that the oil isn’t lubricating properly.
Oil Warning Light: Most modern vehicles are equipped with an oil pressure warning light that will illuminate when the oil level is low or when the oil is old and needs to be changed.
Oil Smell: A strong smell of burnt oil could indicate that the oil is degrading and no longer offering adequate protection.
Conclusion
Engine oil is vital to keeping your vehicle running efficiently and preventing costly repairs. By understanding the importance of engine oil, choosing the right type for your vehicle, and adhering to regular maintenance schedules, you can ensure that your engine stays in good condition for years to come.
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What Are The Signs Of Potential Problems With The Range Rover 2.0 Engine?
The Range Rover 2.0 engine, known for its blend of performance and efficiency, is a marvel of modern engineering. However, like any engine, it is not immune to wear and tear. Recognizing the early signs of potential problems can save you from costly repairs and ensure your vehicle continues to perform at its best. We will explore the common indicators of issues in the Range Rover 2.0 engines, providing you with the knowledge to address them promptly. We'll also discuss how Engine Replacement, Reconditioned Engines, and Supply and fit services can play a crucial role in maintaining your vehicle's longevity.
Unusual Noises During Operation
One of the first signs that something might be wrong with your Range Rover 2.0 engine is the presence of unusual noises during operation. These could include knocking, tapping, or grinding sounds. Such noises often indicate problems with engine components like the pistons, valves, or crankshaft. If you hear these sounds, it's essential to seek professional assistance immediately. Ignoring them could lead to more severe damage, potentially requiring an Engine Replacement or extensive repairs. Reconditioned Engines can be a viable solution if the damage is beyond simple repairs, offering a cost-effective way to restore your vehicle's performance.
Decreased Engine Performance
A noticeable drop in engine performance is another red flag. If your Range Rover 2.0 engine is struggling to accelerate, has reduced power, or feels sluggish, it could indicate issues with the fuel system, spark plugs, or even the turbocharger. These problems can significantly affect your driving experience and may worsen over time. In some cases, the solution might be as simple as a tune-up or replacing worn components. However, in more severe cases, you may need to consider Engine Replacement or look into Reconditioned Engines, especially if the underlying cause is extensive wear or damage to critical engine parts.
Oil Leaks and Low Oil Levels
Oil leaks are a common sign of potential problems in the Range Rover 2.0 engine. If you notice oil spots under your vehicle or consistently low oil levels, it could indicate issues with seals, gaskets, or the oil pan. Oil is crucial for lubricating the engine's moving parts, and any leak can lead to insufficient lubrication, causing increased friction and potential engine damage. Addressing oil leaks promptly is vital to prevent further complications. In some cases, severe oil leaks might necessitate Engine Replacement. Reconditioned Engines can offer a practical alternative, ensuring that your vehicle continues to run smoothly without the hefty cost of a brand-new engine.
Overheating Engine
An overheating engine is a serious issue that should never be ignored. If your Range Rover 2.0 engine frequently overheats, it could be due to a failing radiator, a malfunctioning thermostat, or coolant leaks. Overheating can cause significant damage to the engine, including warped cylinders or a blown head gasket. Immediate attention is required to diagnose and fix the problem. If the engine has suffered severe damage due to overheating, you might need to consider Engine Replacement. Reconditioned Engines, which have been restored to optimal condition, can be a cost-effective solution for those looking to maintain their vehicle's reliability without investing in a new engine.
Check Engine Light Illumination
The check engine light is your vehicle's way of alerting you to potential problems within the engine. While it can be triggered by something as simple as a loose gas cap, it can also indicate more serious issues such as problems with the oxygen sensor, catalytic converter, or ignition coils. If your Range Rover 2.0 engine's check engine light comes on, it's essential to have the vehicle inspected by a professional. Ignoring the light could lead to further damage, potentially requiring Engine Replacement or extensive repairs. In situations where the engine is severely compromised, opting for Reconditioned Engines might be the best course of action to restore your vehicle's performance.
Excessive Exhaust Smoke
Excessive or unusual exhaust smoke is another sign that your Range Rover 2.0 engine might be in trouble. Blue smoke can indicate oil burning in the engine, while white smoke often suggests coolant leaking into the combustion chamber, both of which are serious issues. Black smoke typically points to excessive fuel being burned due to a faulty fuel injector or air filter. These problems can lead to decreased engine efficiency and increased emissions. Addressing the root cause of excessive exhaust smoke is crucial to prevent long-term damage. In some cases, Engine Replacement may be necessary if the damage is extensive, but Reconditioned Engines offer a cost-effective alternative for restoring your vehicle's performance.
Vibrations or Rough Idling
If your Range Rover 2.0 engine starts to vibrate excessively or idles roughly, it could indicate issues with the engine mounts, spark plugs, or fuel injectors. These problems can make driving uncomfortable and may worsen over time, leading to more significant engine damage. Vibrations can also be a sign of misfires, which can damage the catalytic converter and other critical engine components. Addressing these issues promptly is essential to avoid costly repairs. If the engine's condition has deteriorated significantly, you might need to consider Engine Replacement. Alternatively, Reconditioned Engines can provide a reliable solution, ensuring your vehicle continues to perform at its best.
Poor Fuel Efficiency
A sudden decrease in fuel efficiency is often a sign of underlying engine problems. If your Range Rover 2.0 engine is consuming more fuel than usual, it could be due to issues with the oxygen sensor, fuel injectors, or the air filter. Poor fuel efficiency not only increases your running costs but also indicates that the engine is not running as efficiently as it should. Addressing the root cause of poor fuel efficiency is crucial to prevent further engine damage. In severe cases, Engine Replacement might be necessary if the engine is beyond repair. Reconditioned Engines, which are restored to near-new condition, can offer a more affordable solution for restoring your vehicle's fuel efficiency and performance.
Conclusion
The Range Rover 2.0 engine is a sophisticated piece of engineering, but like all engines, it requires regular maintenance and attention to ensure its longevity. Recognizing the signs of potential problems, such as unusual noises, decreased performance, oil leaks, and overheating, can help you address issues before they escalate. In cases where the engine has sustained significant damage, Engine Replacement or opting for Reconditioned Engines can be viable solutions to restore your vehicle's performance. By staying vigilant and addressing problems early, you can ensure that your Range Rover 2.0 engine continues to deliver the performance and reliability you expect. Whether through timely repairs or utilizing Supply and fit services for a reconditioned engine, taking action is key to maintaining your vehicle's health and longevity. Read the full article
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Manufacturers And Suppliers Of Crankshaft Grinding Machine: RA Power
With over 44 years of experience in crankshaft maintenance, RA Power Solutions manufactures and supplies crankshaft grinding machines worldwide. The crankshaft grinding machine is well-liked by big shipping firms, diesel power plants, the heavy engineering sector, etc. because of its extremely low cost. Contact us at [email protected] or [email protected], or give us a call at +91 9582647131, 9810012383, with any questions you may have about on site portable crankshaft grinders or crankshaft grinding machine suppliers.
#In Situ Crankshaft Grinding Machine#Manufacturers of crankshaft grinding machine#Onsite crankshaft repair#Services of crankshaft grinding polishing
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The company RA Power Solutions has four decades of experience in crankshaft repair, including grinding and polishing. To make the repair easy, we have designed onsite portable, lightweight, crankshaft grinding and polishing machines. The in situ crankshaft grinding and polishing machine is available at a low cost and is highly recommended for shipping companies, diesel power plants, turbine, and all industries having rotary equipment. For more about on crankshaft grinder email [email protected] and tel. 124-4251615, Call on +91 9582647131.
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Daihatsu DK20 crankshaft onsite repair is now possible without removing it from the engine block. RA Power Solutions has the equipment and technology to undertake the grinding service of the Daihatsu DK20 crankpin has a standard diameter of 170 mm. For more about crankshaft grinding service dial +91-9582647131, Tel. +91-124–4378292, and email [email protected].
#crankshaft grinding service#crankshaft grinding#daiihatsu DK20#daihatsu DK20 crankshaft onsite repair#crankshaft onsite repair#crankshaft repair service#crankshaft repair#repair of crankshaft service#service of crankshaft grinding#grinding of crankshaft#onsite repair#repair service#grinding service#daihatsu DK20 crankpin
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Best Shaft Guide manufacturers in India
The rotating, circular shaft of any machine is used to transfer power from one part of the machine to another or from the power-producing machine to the power-absorbing machine. One end of the shaft is connected to the power source for power transmission, and the other end is connected to the machine. Depending on the need, the shaft can be solid or hollow; a hollow shaft provides an advantage and helps reduce weight.
An Overview of a Shaft: A shaft is one of the most crucial components found in machines. Bearings in the rigid machine housing support them, making them ideal for supporting rotating components like gears and pulleys. Transmission of motion is aided by the shaft's pulley and gears. With the assistance of a key, many additional rotating elements are mounted on the shaft. Due to the reactions on the members supported by the shaft, they experience bending moment and torque, as well as torque from the power transmission. Shafts can be hollow or solid, and their cross sections are always circular.
Shafts can be cranked, straight, articulated, or flexible, but straight shafts are typically utilized for power transmission.
Best Shaft Guide manufacturers in India
Shafts are typically constructed as steeped cylindrical bars, so their diameters vary along their length. However, shafts with a constant diameter are simple to manufacture. The length of stepped shafts affects how much stress is applied. Shafts with a uniform diameter are incompatible with disassembly, assembly, and maintenance, and when bearings, in particular, are attached to them, they cause problems.
Shaft Types The following are examples of shaft types: Different Kinds of Shaft
Keys)
Transmission Shaft These stepped shafts are utilized for power transmission from one power source to another machine that absorbs power. To transfer motion, a hub or pulley is mounted on the stepped portion of the shaft gear. Example: All factory shafts, including overhead, line, and counter shafts.
Axle Shaft These shafts can fit in a bearing-equipped housing and support a wheel or other rotating component, but the axle is not. Most of these are used in automobiles. Example: In automobiles, an axle.
Spindle Shaft: These are the machine's rotating parts; It stores the workspace or tool. They have a short shaft that machines use. Example: Shaft in the machine.
4. Machine Shaft These shafts are an essential component of the machine and are located inside the assembly. Example: A machine shaft is a crankshaft in a car engine.
Materials Used for Shafts Shafts are typically constructed of mild steel. Alloy steel, such as nickel-chromium, and nickel-chromium vanadium steel, is used when high strength is required. They are typically made by cold drawing, grinding, and hot rolling.
Having said all of the above, here are a few products manufactured by one of the best companies IGUS
Best Shaft Guide manufacturers in India
drylin® R aluminum shaft, solid/hollow shaft, AWMP - Precision aluminum shaft
iglidur® PEP, multi-component bearing, mm- Two-piece bearing, cost-effective
iglidur® PEP, multi-component bearing, inch - Two-piece bearing, cost-effective
drylin® R aluminum shaft, supported, AWMU, EN AW 6061/6060- Supported precision aluminum shaft
drylin® R steel shaft, supported, SWUM, 1.1213- Supported precision steel shaft
drylin® R stainless steel shaft, supported, EWUM, 1.4112- Supported precision stainless steel shaft
drylin® R steel shaft, low supported, SWUMN, 1.1213 - Supported precision steel shaft
drylin® R stainless steel shaft, low supported, EWUMN, 1.4112 - Supported precision stainless steel shaft
drylin® R stainless steel shaft, partly supported, EWUM-ES, 1.4112- Supported precision stainless steel shaft
drylin® R stainless steel shaft, partly supported, EWUMS-ES, 1.4571 - Supported precision stainless steel shaft
Check the website to know more:
https://www.igus.in/search?q=sHAFT#Produkte
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Find Crankshaft Grinding Machine Suppliers
If you are finding a Crankshaft Grinding Machine Suppliers then you are in right place. Contact to our verified Crankshaft Grinding Machine Supplier, Manufacturer of crankshaft grinder and Crankshaft grinding equipment. More than 70 crankshaft grinding machines have been sold all over the world. The cost of on site crankshaft grinding machine is low and is used by shipping companies, power plants, oil and natural gas establishments etc all over the world.
For more information visit here: http://bit.do/fMeVH
Also you can contact us +91 9582647131 and [email protected].
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In Situ Crankshaft Grinding and Polishing Machine
Are you still using the old and outdated technology of sending the crankshaft of compressor, diesel engine forging press and rotatory equipments to the workshop for repairs. RA Power Solutions have introduced a revolutionary, state of art on site crankshaft grinding machine which can undertake grinding of all type of cylindrical or crankshafts diameter ranging from 30 mm to 700 mm. Portable crankshaft grinding machines are manufactured in technical collaboration with a leading company based in Italy. More than 70 crankshaft grinding machines have been sold all over the world. The cost of on site crankshaft grinding machine is low and is used by shipping companies, power plants, oil and natural gas establishments etc all over the world. Contact us for more information.
#crankshaft grinding machine#crankshaft repair machine#crankshaft polishing machine#crankshaft grinders#crankshaft grinder
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Whether you just got a car, looking at cars for sale Midrand or have been driving one for long, following certain car maintenance tips can help your car be at its best. If you need some guidance or a checklist of tips for your car to be in its optimal condition, this is a useful read.
Here’s a comprehensive list of car maintenance tips and checklists for every car owner
Inspect your vehicle regularly Take a walk around your vehicle at least once every week. While you take a walk, inspect your car and look for body damage. You should also inspect your tyres for any wear, punctures or cuts and test every lock, window and even the sunroof.
Check your air filter A lot of car problems arise when your air filters are clogged or if they fit loosely. Air filters block dust, pollen and other contaminants to keep your engine healthy. But when dirty, the air filter can reduce the airflow into the engine, robbing your vehicle of power, reducing performance and fuel economy. It’s recommended that you replace your air filter every 12,000 miles.
Check your tyre pressure regularly Tyre pressure can impact the fuel economy. It also affects the comfort and handling. Your car’s owner manual will have the recommended tyre pressure mentioned on the owner’s manual. Generally, the tyres pressure check should be done every week.
Clean your engine’s exterior It’s equally important to clean your car’s exterior engine as much as it’s important to keep the interior engine clean. If not cleaned properly, even minor debris in the wrong place can do damage to your engine. For example, while checking your brake fluid, some grease might fall into it. Due to this, there can be damage to the brake. Thus, ensure you check your brake fluid levels at least once every month.
Protect your headlights Turn on your headlights once a month when you park in front of a flat surface to check if both headlights are working properly and well-positioned. Visually inspect both turn signals by walking around your car and see and your parking lights. You can even ask a friend to stand behind the car while you engage the brakes to be certain that your brake lights are functional.
Check your battery Your car battery is one of the most important components required for it to run. The car’s battery is responsible for providing a large amount of electrical current for the starter, engine and other electronic accessories in the vehicle. Extreme temperatures affect the performance of the battery so regular battery testing will ensure that the battery will perform when you need it to.
Change your spark plugs Spark plugs could affect the efficiency of your car’s engine. They’re responsible for igniting the gas and air mixture that ultimately powers your vehicle. Thus, when the spark plugs don’t function properly, it causes the engine to lose power and it won’t function at its optimal capacity. So get a professional to check your spark plugs so that those plugs are replaced if faulty.
Get your tyres rotated and balanced Tyre rotation is important to maintain the safety and performance of your vehicle. It gives your vehicle a quicker steering response and a smoother ride of course. Rotating your tyres gives them a chance to even out their wear and helps extend the life of the tyres. Ensure that you check the tyre pressure of your car once every month and even before you take long trips or when you carry an extra load in your car. Your car’s manual will tell you how much air pressure the car tyres require.
Ensure your cooling system works Your car’s cooling system and radiator need to be clean to work efficiently and effectively. Your car’s radiator builds up a deposit with normal wear and tear, which can disrupt the cooling system. With a radiator flush, you can keep your cooling system in shape quickly and inexpensively. You can take a look at your car’s manual to find out if you need to flush the radiator once a year or after every two years.
Know the meaning of different warning light indicators Almost all cars have elaborate systems of sensors and warning lights that tell you everything from whether you forgot to replace the gas cap to the fact that one of your tyres is low on air. Learn what each of your car’s warning lights means and how to fix it. Your owner’s manual can be of great help here. If any light flashes and you can’t immediately pinpoint and fix the problem, take your vehicle to a trusted mechanic right away.
Clean the brake dust off your wheels The brake dust on your car doesn’t affect the full functioning of your brake but it does make wheels a little unpleasant to look at. When you apply the brake, a mix of materials that come in contact from the brake rotor and brake pad which is the brake dust. 92% of the dust is iron. The remaining 8% will be grime, dirt, carbon content and other particles. If these are exposed to the sun along with your wheels, they can leave severe stains on your wheel. So, it is important to clean the dust off your wheels and with a damp sponge. As dust typically clings to your wheels via static electricity, you’ll also require cold water.
Protect your car interiors Avoid eating food inside your car as much as possible. A good way is to cover surfaces as much as possible. Keep floor mats, which will keep you from tracking in mud or dirt and grinding it into the carpets with your feet. Add seat covers, which can protect your car seat’s upholstery. Cover can also help aid your posture and even help customize the look of your car. Make it a point to vacuum the car regularly. If you live in a hot region ensure that you keep your windows slightly open. The hot air inside your car has the potential to dry and damage your car’s interiors if it can’t come out.
Check drive belts Your engine produces power so that other parts and accessories run including the power that your vehicle requires to run. The drive belts shift the power from your cram or crankshaft to the car’s alternator, air conditioning compressor, power steering pump, air pump, water pump and any other device that relies on mechanical power. Modern cars use a single belt which is also called a serpentine belt to connect and rotate from the crank pulley. As these belts are typically made of rubber or other polymers, they wear a lot even with normal use. So it’s important to check these belts regularly to inspect for visible hairline cracks or any change in their integrity. You’ll need to look at the integrity of both your serpentine belt or V-belt and your timing belt unless your engine is chain driven.
Check oil levels There are a lot of mechanical moving parts in your car’s engine that creates friction as they brush against each other. This friction generates heat and can lead to a significant reduction in engine performance. This is why minimizing if not eliminating friction from these parts is crucial to ensure smooth operation. Else, you might hear loud noises from your engine and a substantial reduction in fuel economy can occur. Check your engine’s oil level as an integral part of your basic car maintenance routine. It’s also critical to look at the color of the oil. It shouldn’t be black. The dark color usually indicates the presence of contaminants, excessive heat, the addition of chemical additives or even worse, sludge. Your owner’s manual tells you the frequency of oil change. You’ll also need to check the correct viscosity grade for your car and the environment upon which it normally operates.
Drive better Your way of driving reflects the condition of your car. If you’re hard on your car and have a habit of fast takeoff, quick braking, sharp quick turns, riding over bumps at high speeds, hard shifting, etc. then your car will wear faster and there can be damage. When you drive smartly and safely, there’s not only less wear and tear on your car but you also can save on fuel costs. So start today by taking a look at your acceleration and braking habits. If you’ve got a habit of taking off quickly and applying brakes suddenly, then remember that each smooth transition saves money on gas. When you drive below the speed limit and avoid sudden stops, it will help you stay safer, save money, and help your car last longer.
Carry automotive tools at all times A good tip is to carry some basic tools, so you can use them to maintain your car on the go and work with those tools in case your car faces different problems. For example, if you delay fixing a leak, it can cause potential damage to your engine. Either you’ll need to get your car towed or use your tools to work on the problem. After that, driving might not be an option. A few tools that can be helpful are thick gloves, heat resistant waterproof silicone tape, electrical tape, wire cutters, screwdrivers, tongue and groove pliers, a flashlight and a knife. You can carry a tool kit. A set of tools can come handy and will give you choices that you wouldn’t have otherwise. They’ll be useful in other situations as well.
Keep your car covered Keeping your car away from the reach of sunlight, trees and birds can help your car’s paint and interior remain in good condition. Extreme weather, harmful radiation and nature can take a toll on your vehicle. You might wash your car regularly and use a protectant on plastic and rubber parts but a car cover is important too. It will keep your car looking its best for years to come so a car cover is a good investment. So keep your car covered when not in use and try to keep it in your garage.
Clean your windshield and replace the wipers A dirty windshield will not let you see clearly and thus create inconvenience. They can cause visual impairments if not cleaned regularly and can result in accidents at times. For safe driving, the driver must have a clear view of the road. If you don’t clean those windshields, the dirt and particles will accumulate and can scratch the windshield when you use the wipers. Check your wipers when the rainy season is approaching and get them replaced if needed. Your car’s glass can get scratches and obstruct your view if you use damaged wipers and it might lead to the need to replace your entire windshield.
Inspect your fluids regularly Get into the habit of checking car fluids along with the tyres. When the engine cools down, open the hood and remove the oil dipstick. Clean the dipstick thoroughly and put it back again. When you pull it out now, you’ll notice the oil is up to a certain level. Check and see whether the oil is at the correct level. Also, replace the oil at regular periods. While doing so, also check the fluid level of your power steering, the hoses and belts for any signs of wear. Also, check the transmission fluid level after warming up your car. Get your tyres and fluids regularly inspected for the best performance of your car.
Check engine coolant level While there’s oil in your engine to help reduce the friction between moving parts and help it prevent from getting heated at a much faster rate, your engine will also need a system that will help it get rid of this generated heat. That’s where the function of your radiator is required and the fluid supplied to it is your engine coolant. If the coolant in the reservoir is running low or if it’s not there, then heat from the engine won’t get dissipated into the environment. This can lead to your car’s engine to overheat. Before you start rolling out of your driveway, you need to check your engine coolant levels as a part of your car maintenance checklist. Today, most cars possess coolant reservoirs that are somehow translucent and have appropriate level markings on the panel. Without even opening the lid of the reservoir, you should be able to visually inspect whether it’s running low or not. Read your car manual to look for the engine coolant reservoir in your car.
Wax your vehicle Waxing your vehicle every six months after car washing will not just keep it shiny but also help reduce the chance of rust and keep the paint in good condition. Irritants such as dust, sand, and salt can build up and environmental factors like ozone and ultraviolet light can cause microscopic damage. But waxing can help extend your paint’s life and minimize this by forming a protective seal.
Only use superior detailing supplies Using the right kind of supplies and detailing tools for your car makes it look like it just got out of the showroom. It also helps provide a protective barrier against the elements and keeps it shining like new. The key is to use superior quality car detailing products.
Don’t touch the glass bulbs when repairing Make sure you only touch the metal bulb holder located at the bottom of the lighting fixture whenever you have to replace the bulb on your headlight. If you have to touch the glass, you can wear clean mechanic’s gloves or use sterile surgical gloves. These gloves will help prevent the transfer of oils, grime, dust and dirt from your fingertips to the specialized coating that’s there on the bulb’s exterior surface. The dust particles, grease or oil can affect the special coating present in the bulb’s surface. So when you turn your headlights on, the part of the bulb with dust will heat up a lot faster than the rest of the bulb and cause the bulb to crack.
Replace your car’s cabin air filter If you’ve got a family member who’s quite allergic to dust and other airborne particles then you might want to replace the cabin air filter of your car. It’s one of the easiest ways to keep everyone safe and comfortable inside your car’s cabin. It’s recommended to replace your cabin air filter after every 12 months or 12,000 miles whichever comes first. You can refer to the owner’s manual to know the recommended schedule of air filter replacement.
Check your AC’s refrigerant level Before starting any A/C related task, it’s important to know what refrigerant you need. It’s important for the air conditioner to have a proper level of refrigerant which is the cooling agent that keeps your vehicle running efficiently. If your car’s air conditioner isn’t blowing cold air or there’s a clicking noise coming from the engine then most likely the unit needs to be recharged. A properly working AC will not only make a vehicle’s occupants more comfortable and it’s also a good maintenance tip to follow.
Take it to the experts Although there are some things that you can fix in your car yourself, there are times when the car’s condition demands professional expertise. So at times like these, take your car to an authorized car service provider without any delay. It’s a good practice to keep the receipts from any repair service. When you sell the vehicle, accurate maintenance records can increase the value of your car to potential buyers. So when it comes to car maintenance, things aren’t very difficult. Your car just needs to be taken care of the right way so that its life gets extended. Moreover, you get a higher resale value for its condition. After all your car is your favorite travel companion, isn’t it?
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Article source: https://www.carcility.com/blog/general-car-maintenance-tips-every-car-owner-should-know/
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The on-site grinding equipment developed and manufactured by RA Power Solutions can keep the close tolerance after crankshaft grinding within 0.02mm and the surface finish is far superior to the requirements of the international standards. Crankshaft grinding machine has a main frame manufactured out of titanium steel which makes it lighter and vibration-free during operation. The grinding of crankshaft is possible even while sailing of the vessel and there is no requirement of holding the vessel at anchor or a port for crankshaft repair. For more detail on repair of crankshaft Email [email protected] and by phone at +91-9582647131 or +91 9810012383.
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Automotive Engine Repair service Approach
As motor vehicle engines get older, or improperly maintained, inside motor ingredient failure can come about. While some car or truck proprietors may well choose to easily buy a new car, there are plenty of people today that desire to maintenance their engines to ensure they don't need to take on an auto payment for just a new automobile. Especially in this economy, it's easy to understand how people choose to extend their income in terms of it may possibly go. In several situations, rebuilding a harmed engine is much more inexpensive then buying a new motor vehicle In the end. To grasp more about automotive repair pay back a take a look at to auto shop in new Orleans.
When an engine has unsuccessful, a talented automotive technician will remove it from the car. This can be a laborious method and might frequently Value all over seven hundred dollars to remove and reinstall automotive engines. As soon as the motor is out of your automobile, it normally is given to a skilled motor builder for further more evaluation.
Motor Elements
Once the motor builder has the engine, it will be carefully disassembled. Notes will be taken for the duration of this method to doc the harm identified. When the engine is totally disassembled, every one of the components are chemically cleaned to get rid of the oil, carbon and any contaminates. At this time, the motor builder can use specialised measuring applications to find out whether or not The interior engine sections are within just suitable tolerances. Following a whole evaluation is made, the engine builder will then quote out the pieces and labor important to mend the engine.
The labor to mend an motor is the most important part of the general motor repair Invoice. In several circumstances the cylinder block have to be bored, new pistons set up on the connecting rods as well as the cylinder heads reconditioned. Another labor intensive procedure is fixing the crankshaft.
Installing the Rebuilt Motor
If you hear individuals indicating that their motor provides a "spun bearing," this basically implies that a single of their crankshaft bearings has unsuccessful. Bearing and crankshaft failure, by most accounts, tend to be the major reason behind unsuccessful engines becoming faraway from automobiles. In the event the crankshaft need to be reconditioned, the method is completed in a very crankshaft grinding device. The equipment to complete this process can Price well around $fifty,000, Which explains why fixing crankshafts is not really low-cost.
Following all the motor factors are actually fixed or changed, an engine builder will totally cleanse most of the factors ahead of assembly. That is required to take away any contaminates from The inner motor areas. With clean areas in hand, the motor builder may perhaps assemble the motor inside of a clean surroundings so that it is Prepared for that automotive technician to put in.
After the automotive technician has set up the rebuilt engine, usually they will present you with a restricted guarantee of 1 to 3 decades. This warranty assures motor vehicle proprietors which the investment they manufactured in fixing their engine is secured by a agreement. With a typical motor vehicle payment remaining $three hundred or more each month, vehicle house owners can typically preserve virtually $ten,000 after they repair service a failed motor instead of obtaining new. In these limited financial periods, Those people cost savings can make it possible for shoppers the opportunity to preserve a significant amount of money about just some many years.
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This 8-Second 1981 Malibu Beats the High Cost of Racing
Scotty Stites has the high cost of racing beat with this 8-second budget bomber.
Getting involved in the sport of drag racing usually isn’t a wise financial decision. It costs money to build (or buy) the car, and then it’s an endless money pit with maintenance, repairs, and general expenses of racing such as entry fees, fuel, and race track cheeseburgers. But if there was ever a car that perfectly exemplifies budget-friendly drag racing, it’s this 1981 Chevy Malibu owned by 39-year-old Scotty Stites of Ripley, Mississippi. The car is all business, from its satin blue DIY Plasti Dip paint job to its naturally aspirated small-block engine, but the car’s simplicity doesn’t mean it’s slow. In fact, the car runs quicker than the roll cage specifications allow, but the tech guy at his local track doesn’t seem to mind.
Scotty bracket races the car, running in the Super Pro division against tube chassis cars and dragsters. Despite the weight and horsepower disadvantage, the car is consistent and performs well on a regular basis. Scotty also runs in the local 6.0-second eighth-mile index class, which is specifically for door slammers, but the field is typically packed with lightweight, tube-chassis cars. Nothing pleases Scotty more than to put those high dollar cars on the trailer.
Scotty bought the car from a friend who had started the project several years ago. The previous owner had built a new back half, consisting of narrowed rear frame rails, big wheel tubs, and a narrowed rearend. Scotty got a great deal on the car, and started troubleshooting some of its issues. He tracked down a few problems in the driveline, and made quick progress to get the car running better.
The car’s exterior—a non-descript flat blue—came out of a spray can, and is arguably the Malibu’s most memorable feature. “This was just a cheap option,” says Scotty. “I had checked into some vinyl wraps, and a guy was supposed to come wrap it, then he never showed up. We figured out something cheap, and it just worked out, you know, for less than $500 you can do the whole car. It’s just a flat color, there’s no shine to it, but it works.”
While Scotty’s Malibu spends 100 percent of its time on the racetrack running deep into the 5s in the eighth mile (approximately high 8s in the quarter), the bracket machine is not particularly stripped-down for the track. All the lights and accessories work, and the full interior (sans passenger seating) could easily be returned to street duty in a day’s time, should the need arise. “It’s got steel doors and roll-up windows. It’s nothin’ fancy, but it works for me.”
Scotty reports he has only about $15k in the car, and much of that is due to the simple combination under the hood. Keeping the cost of racing down is a 434ci small-block Chevy with conventional 23-degree heads, a 950cfm alcohol carburetor, and 12:1 pistons. “It’s nothin’ exotic. It’s got 20-year-old parts, but it’s a good combination that makes good power.” Running methanol fuel, Scotty reports a best eighth-mile e.t. of 5.53 at 120 mph. “I bought it with this engine, but it didn’t run very well. I changed a bunch of stuff, took weight off here and there, and got it faster and faster just tinkering with it. It’s about maxed out now. To go any faster, we’ll have to spend about $5,000.”
Scotty has a great support system at home, thanks to his wife Sharon and his 16-year-old son Caden, who can often be seen helping out in the shop and at the track. He also received a helping hand from his brother-in-law Jason Hutcheson—not only is Jason his employer (Hutcheson Transmission; Ripley, Mississippi), but he also helps on the race car, so that’s a win-win.
We met Scotty at the Outlaw Street Car Reunion in Bowling Green, Kentucky, where he was competing in the 32-car Super Pro Shootout. Scotty made it to the semi-finals on Friday night, before his opponent ran dead on the dial in with a .001 reaction time—an unbeatable run. Scotty would get another chance to race the following day, but rain moved in and cancelled the event all together, so Scotty, Caden, and Jason made the five-hour trip back home. He plans to race as often as his schedule allows, both at his home track Holly Springs Motorsports Park, and at other tracks in the Southeast.
With a background in hot rods and drag cars, Scotty is right at home in the driver’s seat of his wheelstanding G-body. The car has run a best of 5.53 at 120 miles per hour in the eighth-mile, which comes out to 8.60s in the quarter mile if the car was geared differently. Since Scotty’s local tracks are mostly eighth-mile, he has it geared accordingly (4.71:1), so it uses every ounce of horsepower as it goes through the lights. Scotty admits that the car is lighter than it looks, but that it still has all of the original glass in it and plenty of room to shed some more weight if he chooses to take it to the next level. We wouldn’t change a thing because his simple combination offers big time fun on a working man’s budget.
Tech Notes Who: Scotty Stites What: 1981 Chevrolet Malibu Where: Ripley, Mississippi
Engine This conventional small-block Chevy starts with a Dart SHP block machined by Barnes Racing Engines to accept a four-inch stroke. The Eagle 4340 crankshaft is mated with Eagle six-inch H-beam connecting rods, and slings a set of Ross pistons. With a hefty dome on the piston, the final compression ratio is 12.0:1, when combined with the Brodix 10X aluminum cylinder heads. The extensively worked heads were previously used on a sprint car engine, and feature 2.150-inch titanium intake valves and 1.600-inch stainless exhaust valves. The camshaft is a Comp Cams solid-roller with a custom grind, featuring 274 degrees intake and 286 degrees exhaust duration at .050-inch lift, and a max lift of .753-inch on the intake side and .721-inch on the exhaust. Other Comp Cams components include a belt drive, 1.550-inch valve springs, and pushrods. The valve train is finished off with a set of Jesel shaft-mounted rocker arms with a 1.6:1 ratio. Engine electronics are handled by an MSD 7531 box, accompanied by an MSD Pro-Billet distributor, coil, and flying-magnet crank trigger. The car’s exhaust consists of Hedman headers (1.875-inch primary tubes) leading to 3.5-inch pipes and Dynomax bullet mufflers.
Induction Atop the small-block is a Brodix single-plane intake manifold, which features a 4150 flange. The carburetor is a Quick Fuel 950cfm unit, set up for methanol. It draws fuel from a Magnafuel 275 pump.
Transmission Since Scotty spends his days building transmissions, he jumped at the chance to modify the Powerglide in his Malibu. Along with all new hard parts, he installed a BTE valve body with a Pro Brake. The custom eight-inch torque converter stalls to 6,000 rpm on the line. A Wiles Racing aluminum driveshaft handles the shock of the high-rpm launch.
Rearend Out back is a Quick Performance 9-inch rear end. It features an aluminum center section, packed with a 4.71:1 Motive ring and pinion, a spool and Moser 35-spline axles. Scotty’s specialty is reducing mass in the rotating assembly (he’s a transmission expert, after all!), so he got to work relieving the ring gear mass around the attachment points using a Bridgeport machine.
Suspension The previous owner replaced the rear frame rails with 2×3 rectangular tubing, and installed a Competition Engineering ladder bar suspension. Scotty tweaked the suspension to his liking, and has the Viking double-adjustable coilovers dialed in. The front suspension features QA1 R-series coilovers with 250-pound springs. A rack and pinion was added by Laverne Ferrovillat at 5th Avenue Race Cars in Mobile, Alabama. Braking consists of Aerospace Components front discs and Wilwood rear discs.
Wheels & Tires The Malibu rolls on Weld Alumastar front runners, which measure 15×3.5 inches and mount to a set of Mickey Thompson 26×4.5-15 tires. Out back is a set of Billet Specialties 15x12s, mounted to Mickey Thompson 315/60R15 Pro drag radials.
Body/Paint The body on Scotty’s Malibu is mostly stock, aside from the Glasstek four-inch cowl induction hood. Scotty straightened up the body and gave it a satin blue finish using low-cost blue Plasti Dip.
Interior It’s a pretty basic setup inside the Malibu, but it serves the purpose. Scotty says, “Aluminum interior panels and Lexan windows are great for weight savings, but I hate that stuff.” He loves the fact that he can still roll the window down on the return road to get some fresh air during those hot Mississippi summers. Scotty is surrounded by a 12-point mild steel roll cage, and hangs on to a Grant steering wheel and B&M Pro Stick shifter. He’s strapped into a Jegs racing seat, using an RJS cam-lock harness.
The post This 8-Second 1981 Malibu Beats the High Cost of Racing appeared first on Hot Rod Network.
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•Processing Plants of our company is constructed in the area of more than 6 hectares including Processing Plant for marble tiles and marble slabs.The first plant is the Processing Plant for marble tiles. To utilize small, unshaped blocks from mining operation, our processing plant for marble tiles was constructed. The plant is powered by brand-new and modern imported machines with 2 cutter - sheds, calibration & polishing shed, edge cutting system.as per customer’s requirements. Marble slabs and tiles from BHANDARI MARBLE GROUP is being exported to many countries all over the world such as: U.S.A., Italy, UK Turkmenistan, Tanzania, Iran, Dubai U.A.E, India, etc.
Processing Plant for Slabs is the second one. Marble in kishagarh well-equipped with newly imported machineries of high technology from Italy equipped with 500 gang saws, 200 polishing lines, 1000 dressing machines, 200block cutters and 600 bridge cutters. The Vietnam White Marble has an annual production capacity of 180000 sqm which is estimated to go up to 500000 sqm in the next 3 years.Final products of this plant are polished slabs of various sizes with width ranges from 1m to 2.5m, length ranges from 1m to 3m and thickness as per customers’ requirements.
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The largest range of Indian and imported marble, exclusive varieties from all around the world,very competative prices,several marque projects all over the world adorned by our marble - the most illustrious clientele, and unflinching dedication to customer satisfaction – these are just some of the reasons to select BHANDARI MARBLE GROUP.
Kishangarh, Rajasthan is home to BHANDARI MARBLE'S vast processing and experience centre. The widest range of Indian, Italian,Turkish, Spanish and Vietnamese marble is on display at Kishangarh, for customers to pick and choose based on requirement of exclusive variants like Imported Marble, Flawless White & Cat’s Eye, Makrana White, milky white, statuario marble, travertino marble, dark emperador, light emperadore marble, gialio siano marble, red lavante marble, carrara white marble, dyna and Ocean Black who seek a unique identity for their spaces. Be it individual homes or complete townships, the company is equipped to supply marble on demand, based on each cus marble, crema marfil marble, crema florina marble, tomer’s requirements.
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•A metamorphic rock with outstanding beauty and variety, marble has been an important building material for several millennia. Thanks to the precision of modern technology, marble has become increasingly accessible and affordable for consumers. Improvements in marble manufacturing (marble "fabrication") include explosives, composite-tipped drills, diamond-studded wire saws, super-fast saws, epoxy sealing and computer-controlled polishing.
•Extraction
During the extraction process, massive cube-like pieces of marble are cut out of the ground and transported from the quarry. To minimize the risk of cracks, fissures and other aesthetic damage to the stone, fabricators use a process known at "wire sawing" to gently separate the marble (Figures 1a and 1b). First, two 3-inch wide holes are drilled perpendicularly to each other. Once the holes connect, a heavy-duty wire embedded with artificial diamonds is fed through and secured to a flywheel, forming a loop. A powerful engine applies massive torque to the flywheel, which circulates the diamond-embedded wire at a very fast rate. Since diamond is much harder than the marble, the friction quickly wears it away, leaving a smooth cut plane.
After wearing all the way through, another perpendicular hole is drilled and the process is repeated, cutting away the other vertical plane. For the horizontal plane, the wire saw cuts about 80 percent of the marble away, leaving a circle in the center remaining. At this point, the wire is removed and an hydraulic excavator machine forces a wedge into the horizontally-cut planes to break the vertical plane free. Finally, a crane loads the piece onto a truck or rail car for a transport to the fabrication shop.
Gang Sawing -
In the fabrication shop, the piece is loaded onto a platform with hydraulic lifts underneath. Above this platform is the "gang saw," a row of dozens of 10 to 15 feet long steel saw blades connected to a crankshaft via pistons (Figure 2). A giant engine turns the flywheel, which turns the crankshaft and moves the saw blade back and forth horizontally at an incredible rate. Each saw blade is spaced according to the desired thickness of the resulting slabs, usually 3 cm (although 2 cm is fairly common as well). As the blades saw back and forth, the hydraulic lifts push the block up into them, cutting the slabs. Once complete, two workers will gently tilt out each slab, attach a special clamp to it and use a ceiling-mounted winch to lift it into the finishing area.
Polishing and Sealing
•The slab is laid face down and a machine with a finely-graded, diamond-encrusted abrasive pad grinds down the surface of the slab until it is smooth and vaguely reflective. A worker (or machine, depending on the shop) then sprays on a uniform coat of epoxy sealer onto the surface and leaves it to dry for 48 hours. Heat lamps can expedite this process. Once dry, the slab is flipped over and the process repeated for the opposite side. Polished and sealed, the finished slabs then ship out to retailers and distributors.
Waterjet Cutting and Wet Sawing
•At the retailer's show room, slabs are displayed in giant, iron oxide-coated easels for customers to view. After choosing a slab(s), the customer gives the dimensions of his project (kitchen counters, ballroom floor or bathroom) to the retailer, who maps the shapes onto the slab itself.To cut these pieces out, fabricators traditionally used a process called "wet sawing" where circular saws coated with tungsten carbide cut through the slab while continuous streams of water spray on the blades to keep them from overheating.Today, most fabricators use a technology called "waterjet cutting" to cut pieces, make holes for appliances and create beveled edges. In waterjet cutting, water is pressurized to 60,000 psi and allowed to shoot out in a concentrated stream. Traveling at 2.5 times the speed of sound, the stream mixes mid-air with a powdered abrasive (e.g. aluminum oxide or garnet) before striking the marble (Figure 3). The result is a precise hyper-erosion that can be used for two-dimensional and three-dimensional applications alike. Due to this degree of precision (in the micrometer range), a computer controls the entire cutting process.
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Duramax Marine Bearings: Designed for Superior Performance in the Most Demanding Environments
The Duramax marine bearings are engineered with a proprietary formulation of extremely tough chemical and oil resistant nitrile rubber polymer lining, molded and firmly bonded into a naval brass or non-metallic shell. Groovers run the entire length of the rubber marine bearing allowing for maximum lubricating water flow and dissipation of frictional heat.
The rotational power of a ship’s propeller is determined by the power produced by the marine engine to rotate crankshaft. The crankshaft of the main engine is supported and connected to the connecting rod via main bearings whose main function is to transmit the load without any metal to metal contact. This is achieved by choosing special materials for manufacturing main bearings which floats the journal pin of the rotating crankshaft when lube oil is supplied to it.
Properties of Duramax Marine Bearings:
It must be anti friction resistant
It must be of anti-corrosive type
Good running in and grinding in ability
Good load carrying capacity
Good embadibility property
Must support the oil film
Good tensile and compressive strength
Must not react with the lube oil
It must have thermal resistant property to avoid any damage in case it’s running hot
Why Rubber is the First Choice While Buying Duramax Marine Bearings?
The tribology forces of rubber, when lubricated with water makes it one the most slippery materials. When sliding on a wet metal surface friction can be virtually eliminated, making it the perfect material to use for water-lubricated Duramax marine bearings.
Other reasons:
The elastic properties of rubber allows grit and dirt to press into its surface until they are flushed out, protecting the shaft from scoring – unlike hard surface materials that can cause excessive shaft wear.
Rubber is able to utilize any lubricants with low viscosity such as water
When starved of water, the rubber materials used Duramax marine bearings will not wipe or fail in a sudden catastrophic manner like hard surface materials. Rubber can crystallize but will always maintain its form.
Each rubber landing area acts as an independent bearing surface
Rubber Duramax marine bearings always have contact area due to the elastomeric properties
Water-lubricated rubber has twice the specific heat of oil. An equal weight of water will absorb twice the heat of oil lubricants.
Rubber Water-Lubricated Duramax Marine Bearings: The Environmental Solution
Water lubricated rubber Duramax marine bearings offer an alternative solution to the ever growing concerns of environmental restrictions, the high costs of maintenance and the replacement in today’s marine industry. How are rubber-lined Duramax marine bearings an alternative? They use water as the lubricant. This concept is very important because if water is used rather than oil, contamination seals are not required. If seals are not required, pumps and tanks may not be necessary. This leads to a simpler shaft bearing system and immediate cost savings.
Advantages of Rubber Properties in Water Lubricated Duramax Marine Bearing Design:
The proprietary rubber formulation of the lined duramax marine bearing is broken up by water grooves into a number of lands or faces. These surface lands run parallel to the shaft and serve in supporting it. A tough resilient rubber compound is selected which is relatively immune to the action of grit and sand and also helps reduce noise and vibration.
When grit is trapped between the shaft and the rubber, it is depressed into the landing’s elastic surface and rolled into an adjacent water groove where it is immediately flushed out of the bearing.
With proper loading, rotational speed and clearances, a water wedge is formed in the rubber landing causing the shaft to ride on a thin film that totally separates the shaft and bearing surface. This is known as hydrodynamic lubrication. At this juncture both friction and wear decrease significantly in a rubber duramax marine bearing.
The proprietary rubber formulations have nothing more to prove. Rubber duramax marine bearings are on more vessels around the world than any other material.
Get A Prop Duramax marine bearings have set unbelievable performance records that other bearing materials are still trying to meet. So, investing in duramax marine bearing is not a great but smart choice for your boat/ship.
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Latest Technological Onsite Crankshaft Grinding Machine now Available on Low Cost
For satisfactory running and performance of diesel engines or any rotary equipment, it is important that crankshaft is periodically checked dimensionally and for other important parameters.
https://crankshaftgrindingmachine.blogspot.com/2020/02/latest-technological-onsite-crankshaft.html
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