#busbar technology

[energyandpowerresearchreport]

Busbar Technology: Revolutionizing Energy Distribution in Industrial Applications

According to a research report “Busbar Market by Material (Copper, Aluminum), Power Rating (Below 125 A, 125-800 A, Above 800 A), Insulation (Laminated, Powder-coated, Bare), Manufacturing Process (Molded, Stamped, Hybrid, Flexible), End-use and Region – Global Forecast to 2029″ published by MarketsandMarkets, the global busbar market is expected to grow very rapidly, from an estimated USD 15.10…

[abdulwadud]

Efficiency Redefined: Raytron's 5.0*0.3 mm PV Busbar for Solar Modules

Explore Raytron's 5.0*0.3 mm PV Busbar for superior solar connectivity. Precision-engineered and efficient, it sets new industry standards. 

https://raytron.co/product/5-00-3-mm-pv-busbar-for-solar-modules/

 #ProfessionalSolarModulesManufacturer #SolarEnergy #BusbarTechnology #PVSystemComponents #RaytronProducts #RaytronProducts #PVBusbar 

[elmex309]

Enhance Efficiency and Flexibility with DIN Rail Mounted Terminal Blocks in India

Introduction:

In today's rapidly evolving industrial landscape, efficient and reliable electrical connections are crucial for ensuring smooth operations.  DIN rail mounted terminal blocks have emerged as a preferred solution for creating secure and organized electrical connections in a wide range of applications.  With their versatility, durability, and ease of installation, these terminal blocks have gained immense popularity among professionals in India.  In this blog post, we will explore the benefits and applications of rail mounted terminal blocks and highlight their importance in the Indian industrial sector.

What are DIN Rail Mounted Terminal Blocks?

DIN rail mounted terminal blocks are electrical connectors that provide a convenient and standardized method for connecting and distributing power or signals in industrial control systems.  These blocks are specifically designed to be mounted on DIN rails, which are widely used for organizing and securing electrical components in control panels, switchgear cabinets, and equipment enclosures.

Benefits of DIN Rail Mounted Terminal Blocks:

Space-saving and Modular Design:  DIN rail mounted terminal blocks feature a compact design that allows for optimal use of available space.  Their modular construction enables easy customization and expansion as per the specific requirements of an application, making them highly adaptable.

Secure and Reliable Connections:  These terminal blocks ensure secure and reliable connections, thanks to their robust construction and advanced connection technologies.  They provide a sturdy grip on wires and facilitate excellent contact, minimizing the risk of loose connections and electrical failures.

Easy Installation and Maintenance:  With their tool-less and user-friendly design, DIN rail mounted terminal blocks simplify installation and maintenance procedures.  The snap-on mounting feature of these blocks allows for quick and hassle-free assembly, reducing overall downtime during system installation or upgrades.

Enhanced Safety:  Rail mounted terminal blocks adhere to stringent safety standards and offer features like finger-safe design, which prevents accidental contact with live components.  This ensures the safety of both the equipment and the personnel working with them. 

Applications of DIN Rail Mounted Terminal Blocks:

Industrial Automation:  Rail mounted terminal blocks are extensively used in industrial automation systems, where they serve as a vital component for connecting sensors, actuators, motors, and other devices.  These blocks provide a reliable interface for transmitting power and signals between various control elements.

Power Distribution:  DIN rail mounted terminal blocks play a crucial role in power distribution systems, allowing for easy and organized connection of power supply lines to different equipment.  They enable efficient energy management and facilitate the distribution of power to multiple devices within a control panel.

Building Automation:  In building automation systems, DIN rail mounted terminal blocks provide a convenient solution for connecting various electrical components, such as lighting controls, HVAC systems, security systems, and more.  Their modular design allows for easy integration and maintenance of these systems.

Rail Mounted Terminal Blocks in India:

The Indian industrial sector is witnessing significant growth, and the demand for reliable electrical connectivity solutions is higher than ever.  Rail mounted terminal blocks have gained traction in India due to their versatility and ability to meet the diverse requirements of industries ranging from manufacturing to infrastructure development. Manufacturers and suppliers in India offer a wide range of DIN rail mounted terminal blocks, catering to different voltage and current ratings, wire sizes, and connection types.

Conclusion:

Rail mounted terminal blocks have revolutionized the electrical connectivity landscape in India, providing efficient, secure, and organized solutions for various industrial applications.  Their space-saving design, ease of installation, and robust construction make them indispensable for creating reliable connections in control systems and power distribution networks.  As the industrial sector continues to thrive in India, the importance of DIN rail mounted terminal blocks as a key component in electrical installations cannot be overstated.  By embracing these advanced terminal blocks, Indian industries can enhance efficiency, reduce downtime, and ensure safe and reliable operations.

[cliantechsolutions]

Best Reliability Introducing the Multi Busbar (MBB) Stringer Technology

Introduction to Multi Busbar (MBB) Stringer Technology

Before delving into the specifics of Multi Busbar (MBB) Stringer,  let's understand the purpose of a stringer in solar cells.  A stringer is a component responsible for connecting solar cells in a series to form a photovoltaic module.  The efficiency and reliability of solar panels heavily rely on the quality of cell interconnections.

Multi Busbar (MBB) Stringer technology takes solar cell interconnection to new heights.  It involves the utilization of multiple busbars,  which are conductive strips,  to replace traditional flat ribbon or round wires for connecting solar cells.  The busbars are placed in a grid-like pattern on the solar cell,  allowing for efficient current collection and power transfer.

Evolution of Solar Cell Interconnection Technology

To appreciate the significance of Multi Busbar (MBB) Stringer,  we must first examine the evolution of solar cell interconnection technology.  Traditionally,  solar cells were interconnected using flat ribbon or round wire tabbing and stringing processes.  While this method served its purpose,  it had limitations in terms of efficiency and durability.

As the solar industry progressed,  busbar technology was introduced.  Busbars offered better current collection and reduced electrical resistance compared to flat ribbons and round wires.  Over time,  busbar technology underwent continuous development and advancements,  leading to the emergence of Multi Busbar (MBB) Stringer technology.

 Advantages of Multi Busbar (MBB) Stringer

Multi Busbar (MBB) Stringer technology presents several advantages over traditional interconnection methods.  Let's explore some of its key benefits:

Enhanced Current Collection Efficiency

The multi busbar configuration enables improved current collection efficiency,  ensuring minimal power loss within the solar module.  The increased number of busbars allows for better current distribution across the solar cells,  optimizing energy capture.

Reduced Electrical Resistance

Compared to traditional flat ribbon or round wire connections,  busbars offer lower electrical resistance.  By reducing resistance,  Multi Busbar (MBB) Stringer minimizes power losses,  resulting in higher overall solar panel efficiency.

Improved Module Power Output

Efficient current collection and reduced resistance translate into improved module power output.  Solar panels utilizing Multi Busbar (MBB) Stringer technology can generate higher wattage,  contributing to increased energy production.

Enhanced Durability and Reliability

The multi busbar configuration provides enhanced durability and reliability to solar panels.  The robust interconnection system ensures higher tolerance to micro-cracks and mechanical stresses,  reducing the risk of module failures.

Higher Tolerance to Micro-Cracks

Micro-cracks are a common issue in solar panels,  often caused by external factors such as temperature variations and mechanical stresses.  Multi Busbar (MBB) Stringer technology exhibits higher tolerance to micro-cracks,  preventing power losses and ensuring long-term performance.

Better Performance under Shading Conditions

Shading on solar panels can significantly impact energy production.  Multi Busbar (MBB) Stringer technology minimizes the shading

 effect by allowing alternate pathways for current flow.  This enables the generation of electricity even when certain parts of the panel are shaded.

 How Multi Busbar (MBB) Stringer Works

Understanding the working principle of Multi Busbar (MBB) Stringer is crucial to grasp its efficiency.  Here's how the technology operates:

1.  Configuration and Structure of Multi Busbar (MBB) Stringer

Multi Busbar (MBB) Stringer is designed with a grid-like layout of conductive busbars on the solar cell.  These busbars replace the traditional flat ribbons or round wires used for interconnection.

2.  Interconnection Process using Multi Busbar (MBB) Stringer

During the interconnection process,  the solar cells are aligned and placed on the stringing machine.  The machine precisely positions the busbars on the cells,  connecting them in a series.  Soldering techniques and equipment ensure secure and efficient bonding.

3.  Soldering Techniques and Equipment

Various soldering techniques,  such as infrared or laser soldering,  are employed to ensure reliable connections.  These techniques offer high precision and control,  minimizing the risk of defects or weak solder joints.

4.  Quality Control and Inspection Procedures

   To maintain high-quality standards,  rigorous quality control and inspection procedures are implemented.  Automated systems and visual inspections are performed to detect any anomalies or defects in the interconnection process.

Impact on Solar Panel Efficiency

Multi Busbar (MBB) Stringer technology has a significant impact on solar panel efficiency.  Here are some ways it improves overall performance

Improved Light Capture and Energy Conversion

The multi busbar configuration maximizes the exposure of solar cells to sunlight,  enhancing light capture and energy conversion.  This results in higher electricity generation,  especially under optimal irradiation conditions.

Reduction of Power Losses

By reducing electrical resistance and ensuring efficient current collection,  Multi Busbar (MBB) Stringer minimizes power losses within the solar module.  This leads to higher usable output power,  optimizing the panel's efficiency.

Increased Power Density

Multi Busbar (MBB) Stringer technology enables higher power density,  allowing more energy to be produced from a given area.  This is particularly beneficial for space-constrained installations where maximizing power output is crucial.

Higher Overall Efficiency

Combining the advantages mentioned above,  Multi Busbar (MBB) Stringer technology contributes to higher overall solar panel efficiency.  With improved current collection,  reduced resistance,  and enhanced durability,  the technology offers an effective solution for maximizing energy generation.

Cost-Effectiveness of Multi Busbar (MBB) Stringer

Beyond performance improvements,  Multi Busbar (MBB) Stringer technology also presents cost-effective advantages.  Let's explore them:

Reduction in Material Costs

Multi Busbar (MBB) Stringer technology reduces the material costs associated with solar cell interconnection.  By replacing traditional flat ribbons or round wires with busbars,  less material is required while maintaining or improving performance.

Increased Throughput and Production Efficiency

The interconnection process using Multi Busbar (MBB) Stringer technology offers higher throughput and production efficiency.  The automated stringing machines equipped with busbar placement capabilities expedite the assembly process,  allowing for faster production cycles.

Lower Maintenance and Replacement Costs

The enhanced durability and reliability of Multi Busbar (MBB) Stringer technology result in lower maintenance and replacement costs.  Solar panels utilizing this technology are less prone to failures,  reducing the need for frequent repairs or replacements.

Return on Investment (ROI) Analysis

Considering the improved efficiency and cost-effectiveness,  Multi Busbar (MBB) Stringer technology offers a favorable return on investment (ROI) for solar panel manufacturers and end-users.  The enhanced power output and extended lifespan of panels contribute to long-term cost savings.

Conclusion

Multi Busbar (MBB) Stringer technology offered by Cliantech Solutions is a game-changer in the solar industry.  With its innovative design and interconnection process,  MBB Stringer enhances solar panel efficiency and overall performance.  By maximizing light capture,  reducing power losses,  and increasing power density,  it enables higher energy generation from limited space.  Not only does MBB Stringer technology improve the ROI for solar panel manufacturers and end-users,  but it also contributes to the clean energy transition.  With its reliability,  cost-effectiveness,  and future growth potential,  Multi Busbar (MBB) Stringer technology from Cliantech Solutions is paving the way for a more sustainable and efficient solar energy future.

For more Inquiry

Contact us : +91 – 9910005240

Mail us : info@cliantechsolutions.com 

[tubetrading]

25 KV roof busbar support insulator manufacturer and exporter in India | radiantenterprises

Radiant Enterprises is a premier 25 KV roof busbar support insulator manufacturer and exporter in India. Our high-quality roof busbar support insulators are essential for railway electrification systems and overhead catenary systems. Ensure reliable performance and safety with our innovative products designed for optimal efficiency. Choose Radiant Enterprises for industry-leading solutions and exceptional customer service. Benefit from our extensive experience and commitment to excellence in every product we deliver.

Partner with us for cutting-edge technology and unparalleled support.

[wintechenterprises]

Aluminium Busbar Manufacturer in Delhi

Wintech Enterprises has established itself as a leading aluminium busbar manufacturer in Delhi, catering to the growing demand for high-quality electrical conductors. With a strong commitment to excellence and a track record of delivering superior products, Wintech Enterprises has become a trusted name in the industry. As a manufacturer, Wintech Enterprises understands the importance of reliable and efficient electrical systems. Aluminium busbars are an essential component of such systems, Aluminium Busbar Manufacturer in Delhi offering numerous advantages over traditional copper conductors. With their lightweight yet durable construction, aluminium busbars provide excellent electrical conductivity while reducing the overall weight and cost of the system. Wintech Enterprises specializes in producing aluminium busbars that meet stringent industry standards and customer specifications. Wintech Enterprises prides itself on its state-of-the-art manufacturing facility, equipped with advanced machinery and technology. The company employs a team of skilled professionals who are well-versed in the intricacies of aluminium busbar production. 

[harveypower]

Harveypower Lifepo4 Battery Pack Production Steps - Powerwall

Welcome to Harveypower's exclusive behind-the-scenes look at our Lifepo4 Battery Pack Production Steps for Powerwall. In this video, we invite you to witness the intricate process of how our expert technicians craft our top-of-the-line battery packs with the highest quality standards. From the precise battery cell stacking and bundling to the careful busbar connection, every step is executed with the utmost attention to detail.

Our advanced laser welding technology ensures the strongest bonds between each cell, ensuring maximum reliability and longevity. Once the battery pack is carefully fixed in its durable case, our technicians begin connecting the cables and performing a thorough voltage test to guarantee flawless performance.

Our wire harness assembly process is designed to deliver optimal power efficiency, while the port panel and BMS assembly ensure easy and convenient access to your battery pack.

At Harveypower, we take pride in producing high-quality products that our customers can rely on. We invite you to witness our battery production process firsthand and experience the excellence that goes into each and every one of our Lifepo4 Battery Packs.

[sriko-batteries1]

Scib 2.9Ah M4 6S 6P Busbars and Hardware

SCIB 2.9Ah M4 6S 6P Busbars and Hardware: Powering the Future of Energy Storage

SCIB’s 2.9Ah M4 6S 6P busbars and hardware are critical components in advanced battery systems, providing enhanced performance and reliability. Specifically designed for configurations of 6S (six cells in series) and 6P (six cells in parallel), these busbars are ideal for applications requiring balanced power delivery and high energy capacity, such as electric vehicles (EVs), large-scale energy storage, and other demanding energy systems.

The 2.9Ah capacity per cell ensures a stable, long-lasting charge while delivering consistent performance. This setup allows for better energy distribution and load balancing across the cells, which is essential for optimizing battery life and overall system efficiency. The hardware used in SCIB’s busbars typically incorporates high-conductivity materials like copper, which reduces energy loss and heat generation, ensuring a safe and efficient operation even under high current loads.

The design of these busbars focuses on minimizing resistance and heat generation, thus preventing potential damage to cells and ensuring longevity. Additionally, the durable hardware provides structural integrity, safeguarding the cells during operation.

SCIB’s 2.9Ah M4 6S 6P busbars and hardware offer a robust, efficient solution for modern energy storage and power applications, making them a vital component in the push toward sustainable and high-performance energy technologies.

Contact

+𝟭 𝟳𝟳𝟵-𝟳𝟳𝟬-𝟯𝟭𝟬𝟵

kruthala@srikobatteries.com

1585 Beverly CT, Unit 121, Auror

[hcontrolpanel]

Leading Busbar Trunking System Manufacturers in the Industry

Hitech Control Panel is stand out as one of the leading busbar trunking system manufacturers in the industry. Their are come with reliable and efficient power distribution system that’s why they well known name in this industry. Our busbar trunking systems is designed to complete demand of modern infrastructure and commercial building. They well known for there control panel manufacturer across India. our busbar trunking system is providing unparalleled performance, safety and flexibility. We are make sure that our busbar trunking system is built with precision and high quality materials and we can enspect that our each system was efficient power transmission, minimal energy loss and ease to install. Hitech Control Panel Delivers innovative solution industrial complexes, commercial building or data centers to their specific requirement.

Hitech Control Panel is a one of the leading busbar trunking system manufacturer in the industry. They are committed to providing advance technology and exceptional service. We are well known for our quality to meet international standards. We can make sure that our system are durable and provide long term reliability. our skilled expert team focusing on customer satisfaction and we are helping to strive business optimize their energy distribution and streamline operations. Hitech Control Panel is world class busbar trunking system that are redefine efficiency and safety.

If you want to explore innovative solution as one of the leading busbar trunking system manufacturer in the industry then Visit Our Website hitechcontrolpanel.com. we are dedicated to delivering top-quality power distribution system that combine efficiency, safety and durability. Our busbar trunking system quality meet with international standard quality. If you learn more about advance technology control panel then contact us for expert assistance to complete your needs. Let us power your projects with excellence!

[cleverhottubmiracle]

Japan’s economic conditions, except price rise, remained largely in control in 2024. Japan’s core inflation stayed at or above the Central bank’s 2-per cent target for the 28th month in a row, and third consecutive month in July 2024. In the same month, the ‘core’ index, excluding fresh food and energy costs, rose 1.9 per cent after increasing 2.2 per cent in June. However, the government subsidies for electricity and gas, which ended in May before returning back in August, continued to be a concern that reflected in the price increase in July.Japan's 2024 economy faced controlled inflation but rising costs due to fluctuating subsidies. Textile trade showed mixed results; imports rose while textile machinery exports declined. Innovations included recycled BOPP film, advanced busbar covering, biomass-derived LCP, and DuPont's photoresist expansion. JIAM 2024 featured cutting-edge apparel and non-apparel technology. Japanese international trade of textile and clothing, up to August, demonstrated the usual ups and downs, except for exports of textile machinery which continued to show a consistent fall across comparable periods. Trade in May The month of May – second in the fiscal 2025, was particularly good for imports. The clothing and accessories imports increased 16 per cent to ¥258,270 million (~$1,700 million) contributing 2.7 per cent to the country’s total imports of ¥9,497,927 million. The increase in clothing imports during the month was second time in a row, after declining in previous months and the previous fiscal 2024. In addition, an 8.8 per cent y-o-y increase was seen in the textile yarn and fabric imports during the month, amounting to ¥102,626 million that accounted for 1.1 per cent of total imports. On the exports front, textile yarn and fabric increased 11.4 per cent reaching ¥67,648 million. However, exports of textile machinery dropped 32.8 per cent amounting to ¥21,418 million while contributing 0.3 per cent to total exports. Six-month trade On a six-month basis, from January to June, Japan’s imports of clothing and accessories reached ¥1,686,160 million (~$11,019 million). This represented an increase of 6.9 per cent over the imports during the same period last year. The share of this import was 3.1 per cent to total imports. The six-month imports of textile yarn and fabric, however, declined 1.3 per cent y-o-y, totalling to ¥561,889 million that contributed 1 per cent of total imports during the period. Specifically, in June, the imports of clothing and accessories at ¥240,887 million ($1,574 million) was 0.6 per cent more than the imports in June 2023. The imports of textile yarn and fabric decreased 13.5 per cent to ¥7,109 million during the same month. The exports of textile yarn and fabric in six-month period reached ¥403,331 million, registering an increase of 8.9 per cent but ¥128,147 million worth of textile machinery exports dropped 20.3 per cent y-o-y. The outbound shipment of textile yarn and fabric was noted as ¥73,516 million in June 2024, 6.3 per cent higher than the trade in the corresponding month of 2023. Textile machinery exports fell by 26.8 per cent to ¥19,143 million in June 2024. China’s domination The textile and clothing imports continued to increase in July too, marking a 14.9 per cent increase over July 2023. The import amounted to $2.8 billion (~¥428 billion) versus $2.44 billion (~¥373 billion) reflecting a rise in consumer demand and the country’s reliance on imported textiles to meet domestic demand. In this, clothing imports worth $1.9 billion (¥291 billion) increased 12.5 per cent y-o-y, while textile imports including fabrics and yarn increased 18.2 per cent and reached $900 million. The growth was driven by the recovery in consumer spending following the softening of COVID-19 restrictions and resurgence in the retail sector. China remained Japan’s top supplier of textile and clothing with 55 per cent share. The import from China in July stood at $1.54 billion (~¥236 billion), increasing 10 per cent y-o-y. The other major suppliers were Vietnam, Bangladesh and India, all with double-digit growth in their export volumes to Japan. The surge in imports underscored Japan’s growing demand for affordable and diverse fashion options, as well as high-quality textiles used in its various industries. However, it also highlights Japan’s dependence on international markets, making the country vulnerable to global supply chain disruptions. Japan’s exports of textile yarn and fabric in July rose by 8.2 per cent compared to July 2023, reaching ¥72,547 million ($474 million). In contrast, exports of textile machinery continued to fall, 28.1 per cent during the month, amounting to ¥21,282 million ($139 million) and contributing 0.2 per cent to total exports. Trade in August In August, exports of textile yarn and fabric increased 9.2 per cent compared to the same month last year and reached ¥66,353 million (~$434 million); and, exports of textile machinery, amounting to ¥23,262 million (~$152 million), fell 9.5 per cent. The imports of clothing and accessories during the month decreased 8.1 per cent to ¥348,002 million (~$2.27 billion) and constituted 3.8 per cent of total imports (¥9.137 trillion), according to provisional data from Japan’s Ministry of Finance. The imports of textile yarn and fabric decreased 5.7 per cent totalling to ¥91,014 million (1 per cent of total imports). Manufacturing woes in September The manufacturing sector had a troubled third quarter, with fall in production levels and a sustained drop in new orders continuing into September, as per au Jibun Bank Japan manufacturing PMI data. The headline manufacturing PMI in August was 49.8 (neutral 50 being the threshold) which dropped marginally to 49.7 in September, indicating a decline, though a slight one, in overall operating conditions. The output charges rose at the slowest rate since mid-2021. Although average operating expenses remained historically high, the firms chose not to pass the whole of elevated costs on to the clients. Inflationary pressures remained high across Japan’s manufacturing industry pushing the firms to spend higher on labour, logistics and raw materials. However, the rate of inflation had eased from August to reach the lowest for five months. In addition, the level of new orders placed with Japanese manufacturers continued to fall due to economic weaknesses. Nevertheless, this was partially offset by firms opting to complete outstanding orders. This resulted in backlogs of work falling at moderate pace which extended the prevalent sequence of depletion to two years. Adding to the woes of the manufacturing sector, international demand dipped with the new export sales contracting at a solid rate that was the strongest since March. At the same time, the level of input inventories also rose during the month. This was due to reductions over two consecutive months as firms held pre-production inventories to stay prepared for any eventual demand recovery. When manufacturers raised input purchases slightly in September, the vendor performance went down with lengthening of delivery times – a distinct for seven-month period. The rate of job creation remained fractional during the month, also lowest for a consecutive seven-month sequence. Despite all these challenges, the business confidence remained positive in September, based on the expectations of renewed demand and, as its outcome, the mass production of new products that would follow. Firms stayed hopeful for a wider economic recovery. Meanwhile, Japanese companies continued to deliver some notable innovations for the industry. New BOPP film The month of October saw the sample launch of a recycled flexible packaging BOPP (Biaxially-Oriented Polypropylene) – a type of plastic film with a wide range of applications in the packaging, labelling, and laminating industries. The film is the result of a joint pilot test, initiated in August 2023, by Toppan Holdings Inc. group company Toppan Inc., RM Tohcello Co., Ltd., and Mitsui Chemicals, Inc. The printed waste generated by Toppan gets collected and taken to Mitsui Chemicals’ Nagoya Works which removes the ink to turn waste into pellets, which are then converted into film by RM Tohcello. The tested film is suited for mass production processes such as printing, laminating and pouch forming. The BOPP film samples were displayed at both the Toppan’s and Mitsui’s booths at Tokyo Pack 2024 event held on October 23-25, 2024. The three companies, which together established a technological and operational framework for the horizontal recycling of flexible packaging film, hope to see it enter the market within FY25 after further development and popularising.      The Japanese Government’s Resource Circulation Strategy for Plastics includes a target of transitioning to reusable or recyclable plastic designs by 2025. Milestones under the strategy for 2030 include the reuse and recycling of 60 per cent of plastic containers and packaging and doubling of recycling of plastic resources. With 2025 as an important starting point towards these milestones, it will be essential for companies engaged in the industry to expand efforts for reuse and recycling on their way to 2030. Advanced busbar covering Shin-Etsu Chemical Co., Ltd. developed the ST-OR Type heat-shrinkable silicone rubber tubing for busbar covering for the first time in the industry. Typically made of copper or aluminium, the busbar is a conductive metallic strip used for power connection or distribution. Busbars have wide-range of applications not only in switchboards and control panels but also in electric vehicles (EVs) and hybrid vehicles (HEVs). Busbars are protected with tape, tubing or other insulating parts as they are subjected to high currents and voltages, and in case of EVs and HEVs this subjection is even more severe. This calls for the insulations with more advanced properties of electrical insulation and heat resistance. The ST-OR Type heat-shrinkable silicone rubber tubing for busbar covering is a new product that meets these requirements. The key features of new product include dielectric strength of 28 kV/mm, operating temperature range of −40°C to +200°C, bright orange on the outer surface, flexibility retention even after heat shrinking, and availability of ST-TC-1 Type for thermal interface applications, making it suitable for covering a heating part to transfer heat to the casing. Biomass-derived LAPEROS In September, Polyplastics Co., Ltd. – the global leader in engineering plastics, launched the LAPEROS bG-LCP sustainable solution based on biomass-derived materials which reduces CO2 emissions and improves the renewable content ratio. The solution is based on mass balance approach – an accounting principle that matches the inputs, such as plastic waste, with outputs from a recycling or production process to determine the recycled content. The mass balance approach combines raw materials derived from biomass with those derived from fossil resources. When further combined into resin manufacturing processes, a portion of the resulting product can be considered to be biomass-derived, according to the volume of biomass raw material input. Thus, it eliminates the prevalent need of producing biomass-derived and fossil resource-derived products separately. Furthermore, the users have no need to re-evaluate performance and quality for each separate grade. In this way, the approach effectively helps to achieve carbon neutrality and a circular economy more quickly. To be commercialised in spring 2025, LAPEROS bG-LCP is manufactured like conventional products and exhibits the same chemical and physical properties. The company plans to expand this new solution to all grades of LAPEROS LCP. DuPont enhanced local capacity  On October 3, 2024, DuPont announced the successful completion of a significant expansion for photoresist manufacturing capacity at the DuPont Sasakami Site in Agano-shi, Niigata, Japan. The celebration event commemorated the opening of a new building named the East Star – a component of DuPont’s growth strategy for its lithography offerings. With this expansion, DuPont nearly doubled its photoresist production capacity at the site. The East Star Building features state-of-the-art cleanrooms with air cleanliness standards ranging from ISO Class 10 to Class 1000 for the production of high-quality photoresists. Additionally, the advanced automation systems have been implemented to reduce contamination risks and maintain a controlled, hygienic environment. JIAM 2024 The 13th edition of the Japan International Apparel & Non-Apparel Manufacturing Technology Trade Show (JIAM) 2024 Osaka took place from November 27 – 30, 2024 at INTEX Osaka, with inclusion of ‘non-apparel’ this time, to showcase the cutting-edge innovations from around the world. The non-apparel sectors had attracted a significant increase in exhibitors from the aerospace, automation and aviation industries, by the time this feature went in print, reflecting the growing demand for advanced textile solutions in these high-tech fields. The visitors were due for opportunity to explore a dynamic range of sewing and cutting machinery, latest textile products, technologies and services that drive industry innovation in critical sectors. Fibre2Fashion News Desk (SB - WE) Source link

[norajworld]

Japan’s economic conditions, except price rise, remained largely in control in 2024. Japan’s core inflation stayed at or above the Central bank’s 2-per cent target for the 28th month in a row, and third consecutive month in July 2024. In the same month, the ‘core’ index, excluding fresh food and energy costs, rose 1.9 per cent after increasing 2.2 per cent in June. However, the government subsidies for electricity and gas, which ended in May before returning back in August, continued to be a concern that reflected in the price increase in July.Japan's 2024 economy faced controlled inflation but rising costs due to fluctuating subsidies. Textile trade showed mixed results; imports rose while textile machinery exports declined. Innovations included recycled BOPP film, advanced busbar covering, biomass-derived LCP, and DuPont's photoresist expansion. JIAM 2024 featured cutting-edge apparel and non-apparel technology. Japanese international trade of textile and clothing, up to August, demonstrated the usual ups and downs, except for exports of textile machinery which continued to show a consistent fall across comparable periods. Trade in May The month of May – second in the fiscal 2025, was particularly good for imports. The clothing and accessories imports increased 16 per cent to ¥258,270 million (~$1,700 million) contributing 2.7 per cent to the country’s total imports of ¥9,497,927 million. The increase in clothing imports during the month was second time in a row, after declining in previous months and the previous fiscal 2024. In addition, an 8.8 per cent y-o-y increase was seen in the textile yarn and fabric imports during the month, amounting to ¥102,626 million that accounted for 1.1 per cent of total imports. On the exports front, textile yarn and fabric increased 11.4 per cent reaching ¥67,648 million. However, exports of textile machinery dropped 32.8 per cent amounting to ¥21,418 million while contributing 0.3 per cent to total exports. Six-month trade On a six-month basis, from January to June, Japan’s imports of clothing and accessories reached ¥1,686,160 million (~$11,019 million). This represented an increase of 6.9 per cent over the imports during the same period last year. The share of this import was 3.1 per cent to total imports. The six-month imports of textile yarn and fabric, however, declined 1.3 per cent y-o-y, totalling to ¥561,889 million that contributed 1 per cent of total imports during the period. Specifically, in June, the imports of clothing and accessories at ¥240,887 million ($1,574 million) was 0.6 per cent more than the imports in June 2023. The imports of textile yarn and fabric decreased 13.5 per cent to ¥7,109 million during the same month. The exports of textile yarn and fabric in six-month period reached ¥403,331 million, registering an increase of 8.9 per cent but ¥128,147 million worth of textile machinery exports dropped 20.3 per cent y-o-y. The outbound shipment of textile yarn and fabric was noted as ¥73,516 million in June 2024, 6.3 per cent higher than the trade in the corresponding month of 2023. Textile machinery exports fell by 26.8 per cent to ¥19,143 million in June 2024. China’s domination The textile and clothing imports continued to increase in July too, marking a 14.9 per cent increase over July 2023. The import amounted to $2.8 billion (~¥428 billion) versus $2.44 billion (~¥373 billion) reflecting a rise in consumer demand and the country’s reliance on imported textiles to meet domestic demand. In this, clothing imports worth $1.9 billion (¥291 billion) increased 12.5 per cent y-o-y, while textile imports including fabrics and yarn increased 18.2 per cent and reached $900 million. The growth was driven by the recovery in consumer spending following the softening of COVID-19 restrictions and resurgence in the retail sector. China remained Japan’s top supplier of textile and clothing with 55 per cent share. The import from China in July stood at $1.54 billion (~¥236 billion), increasing 10 per cent y-o-y. The other major suppliers were Vietnam, Bangladesh and India, all with double-digit growth in their export volumes to Japan. The surge in imports underscored Japan’s growing demand for affordable and diverse fashion options, as well as high-quality textiles used in its various industries. However, it also highlights Japan’s dependence on international markets, making the country vulnerable to global supply chain disruptions. Japan’s exports of textile yarn and fabric in July rose by 8.2 per cent compared to July 2023, reaching ¥72,547 million ($474 million). In contrast, exports of textile machinery continued to fall, 28.1 per cent during the month, amounting to ¥21,282 million ($139 million) and contributing 0.2 per cent to total exports. Trade in August In August, exports of textile yarn and fabric increased 9.2 per cent compared to the same month last year and reached ¥66,353 million (~$434 million); and, exports of textile machinery, amounting to ¥23,262 million (~$152 million), fell 9.5 per cent. The imports of clothing and accessories during the month decreased 8.1 per cent to ¥348,002 million (~$2.27 billion) and constituted 3.8 per cent of total imports (¥9.137 trillion), according to provisional data from Japan’s Ministry of Finance. The imports of textile yarn and fabric decreased 5.7 per cent totalling to ¥91,014 million (1 per cent of total imports). Manufacturing woes in September The manufacturing sector had a troubled third quarter, with fall in production levels and a sustained drop in new orders continuing into September, as per au Jibun Bank Japan manufacturing PMI data. The headline manufacturing PMI in August was 49.8 (neutral 50 being the threshold) which dropped marginally to 49.7 in September, indicating a decline, though a slight one, in overall operating conditions. The output charges rose at the slowest rate since mid-2021. Although average operating expenses remained historically high, the firms chose not to pass the whole of elevated costs on to the clients. Inflationary pressures remained high across Japan’s manufacturing industry pushing the firms to spend higher on labour, logistics and raw materials. However, the rate of inflation had eased from August to reach the lowest for five months. In addition, the level of new orders placed with Japanese manufacturers continued to fall due to economic weaknesses. Nevertheless, this was partially offset by firms opting to complete outstanding orders. This resulted in backlogs of work falling at moderate pace which extended the prevalent sequence of depletion to two years. Adding to the woes of the manufacturing sector, international demand dipped with the new export sales contracting at a solid rate that was the strongest since March. At the same time, the level of input inventories also rose during the month. This was due to reductions over two consecutive months as firms held pre-production inventories to stay prepared for any eventual demand recovery. When manufacturers raised input purchases slightly in September, the vendor performance went down with lengthening of delivery times – a distinct for seven-month period. The rate of job creation remained fractional during the month, also lowest for a consecutive seven-month sequence. Despite all these challenges, the business confidence remained positive in September, based on the expectations of renewed demand and, as its outcome, the mass production of new products that would follow. Firms stayed hopeful for a wider economic recovery. Meanwhile, Japanese companies continued to deliver some notable innovations for the industry. New BOPP film The month of October saw the sample launch of a recycled flexible packaging BOPP (Biaxially-Oriented Polypropylene) – a type of plastic film with a wide range of applications in the packaging, labelling, and laminating industries. The film is the result of a joint pilot test, initiated in August 2023, by Toppan Holdings Inc. group company Toppan Inc., RM Tohcello Co., Ltd., and Mitsui Chemicals, Inc. The printed waste generated by Toppan gets collected and taken to Mitsui Chemicals’ Nagoya Works which removes the ink to turn waste into pellets, which are then converted into film by RM Tohcello. The tested film is suited for mass production processes such as printing, laminating and pouch forming. The BOPP film samples were displayed at both the Toppan’s and Mitsui’s booths at Tokyo Pack 2024 event held on October 23-25, 2024. The three companies, which together established a technological and operational framework for the horizontal recycling of flexible packaging film, hope to see it enter the market within FY25 after further development and popularising.      The Japanese Government’s Resource Circulation Strategy for Plastics includes a target of transitioning to reusable or recyclable plastic designs by 2025. Milestones under the strategy for 2030 include the reuse and recycling of 60 per cent of plastic containers and packaging and doubling of recycling of plastic resources. With 2025 as an important starting point towards these milestones, it will be essential for companies engaged in the industry to expand efforts for reuse and recycling on their way to 2030. Advanced busbar covering Shin-Etsu Chemical Co., Ltd. developed the ST-OR Type heat-shrinkable silicone rubber tubing for busbar covering for the first time in the industry. Typically made of copper or aluminium, the busbar is a conductive metallic strip used for power connection or distribution. Busbars have wide-range of applications not only in switchboards and control panels but also in electric vehicles (EVs) and hybrid vehicles (HEVs). Busbars are protected with tape, tubing or other insulating parts as they are subjected to high currents and voltages, and in case of EVs and HEVs this subjection is even more severe. This calls for the insulations with more advanced properties of electrical insulation and heat resistance. The ST-OR Type heat-shrinkable silicone rubber tubing for busbar covering is a new product that meets these requirements. The key features of new product include dielectric strength of 28 kV/mm, operating temperature range of −40°C to +200°C, bright orange on the outer surface, flexibility retention even after heat shrinking, and availability of ST-TC-1 Type for thermal interface applications, making it suitable for covering a heating part to transfer heat to the casing. Biomass-derived LAPEROS In September, Polyplastics Co., Ltd. – the global leader in engineering plastics, launched the LAPEROS bG-LCP sustainable solution based on biomass-derived materials which reduces CO2 emissions and improves the renewable content ratio. The solution is based on mass balance approach – an accounting principle that matches the inputs, such as plastic waste, with outputs from a recycling or production process to determine the recycled content. The mass balance approach combines raw materials derived from biomass with those derived from fossil resources. When further combined into resin manufacturing processes, a portion of the resulting product can be considered to be biomass-derived, according to the volume of biomass raw material input. Thus, it eliminates the prevalent need of producing biomass-derived and fossil resource-derived products separately. Furthermore, the users have no need to re-evaluate performance and quality for each separate grade. In this way, the approach effectively helps to achieve carbon neutrality and a circular economy more quickly. To be commercialised in spring 2025, LAPEROS bG-LCP is manufactured like conventional products and exhibits the same chemical and physical properties. The company plans to expand this new solution to all grades of LAPEROS LCP. DuPont enhanced local capacity  On October 3, 2024, DuPont announced the successful completion of a significant expansion for photoresist manufacturing capacity at the DuPont Sasakami Site in Agano-shi, Niigata, Japan. The celebration event commemorated the opening of a new building named the East Star – a component of DuPont’s growth strategy for its lithography offerings. With this expansion, DuPont nearly doubled its photoresist production capacity at the site. The East Star Building features state-of-the-art cleanrooms with air cleanliness standards ranging from ISO Class 10 to Class 1000 for the production of high-quality photoresists. Additionally, the advanced automation systems have been implemented to reduce contamination risks and maintain a controlled, hygienic environment. JIAM 2024 The 13th edition of the Japan International Apparel & Non-Apparel Manufacturing Technology Trade Show (JIAM) 2024 Osaka took place from November 27 – 30, 2024 at INTEX Osaka, with inclusion of ‘non-apparel’ this time, to showcase the cutting-edge innovations from around the world. The non-apparel sectors had attracted a significant increase in exhibitors from the aerospace, automation and aviation industries, by the time this feature went in print, reflecting the growing demand for advanced textile solutions in these high-tech fields. The visitors were due for opportunity to explore a dynamic range of sewing and cutting machinery, latest textile products, technologies and services that drive industry innovation in critical sectors. Fibre2Fashion News Desk (SB - WE) Source link

[ellajme0]

Japan’s economic conditions, except price rise, remained largely in control in 2024. Japan’s core inflation stayed at or above the Central bank’s 2-per cent target for the 28th month in a row, and third consecutive month in July 2024. In the same month, the ‘core’ index, excluding fresh food and energy costs, rose 1.9 per cent after increasing 2.2 per cent in June. However, the government subsidies for electricity and gas, which ended in May before returning back in August, continued to be a concern that reflected in the price increase in July.Japan's 2024 economy faced controlled inflation but rising costs due to fluctuating subsidies. Textile trade showed mixed results; imports rose while textile machinery exports declined. Innovations included recycled BOPP film, advanced busbar covering, biomass-derived LCP, and DuPont's photoresist expansion. JIAM 2024 featured cutting-edge apparel and non-apparel technology. Japanese international trade of textile and clothing, up to August, demonstrated the usual ups and downs, except for exports of textile machinery which continued to show a consistent fall across comparable periods. Trade in May The month of May – second in the fiscal 2025, was particularly good for imports. The clothing and accessories imports increased 16 per cent to ¥258,270 million (~$1,700 million) contributing 2.7 per cent to the country’s total imports of ¥9,497,927 million. The increase in clothing imports during the month was second time in a row, after declining in previous months and the previous fiscal 2024. In addition, an 8.8 per cent y-o-y increase was seen in the textile yarn and fabric imports during the month, amounting to ¥102,626 million that accounted for 1.1 per cent of total imports. On the exports front, textile yarn and fabric increased 11.4 per cent reaching ¥67,648 million. However, exports of textile machinery dropped 32.8 per cent amounting to ¥21,418 million while contributing 0.3 per cent to total exports. Six-month trade On a six-month basis, from January to June, Japan’s imports of clothing and accessories reached ¥1,686,160 million (~$11,019 million). This represented an increase of 6.9 per cent over the imports during the same period last year. The share of this import was 3.1 per cent to total imports. The six-month imports of textile yarn and fabric, however, declined 1.3 per cent y-o-y, totalling to ¥561,889 million that contributed 1 per cent of total imports during the period. Specifically, in June, the imports of clothing and accessories at ¥240,887 million ($1,574 million) was 0.6 per cent more than the imports in June 2023. The imports of textile yarn and fabric decreased 13.5 per cent to ¥7,109 million during the same month. The exports of textile yarn and fabric in six-month period reached ¥403,331 million, registering an increase of 8.9 per cent but ¥128,147 million worth of textile machinery exports dropped 20.3 per cent y-o-y. The outbound shipment of textile yarn and fabric was noted as ¥73,516 million in June 2024, 6.3 per cent higher than the trade in the corresponding month of 2023. Textile machinery exports fell by 26.8 per cent to ¥19,143 million in June 2024. China’s domination The textile and clothing imports continued to increase in July too, marking a 14.9 per cent increase over July 2023. The import amounted to $2.8 billion (~¥428 billion) versus $2.44 billion (~¥373 billion) reflecting a rise in consumer demand and the country’s reliance on imported textiles to meet domestic demand. In this, clothing imports worth $1.9 billion (¥291 billion) increased 12.5 per cent y-o-y, while textile imports including fabrics and yarn increased 18.2 per cent and reached $900 million. The growth was driven by the recovery in consumer spending following the softening of COVID-19 restrictions and resurgence in the retail sector. China remained Japan’s top supplier of textile and clothing with 55 per cent share. The import from China in July stood at $1.54 billion (~¥236 billion), increasing 10 per cent y-o-y. The other major suppliers were Vietnam, Bangladesh and India, all with double-digit growth in their export volumes to Japan. The surge in imports underscored Japan’s growing demand for affordable and diverse fashion options, as well as high-quality textiles used in its various industries. However, it also highlights Japan’s dependence on international markets, making the country vulnerable to global supply chain disruptions. Japan’s exports of textile yarn and fabric in July rose by 8.2 per cent compared to July 2023, reaching ¥72,547 million ($474 million). In contrast, exports of textile machinery continued to fall, 28.1 per cent during the month, amounting to ¥21,282 million ($139 million) and contributing 0.2 per cent to total exports. Trade in August In August, exports of textile yarn and fabric increased 9.2 per cent compared to the same month last year and reached ¥66,353 million (~$434 million); and, exports of textile machinery, amounting to ¥23,262 million (~$152 million), fell 9.5 per cent. The imports of clothing and accessories during the month decreased 8.1 per cent to ¥348,002 million (~$2.27 billion) and constituted 3.8 per cent of total imports (¥9.137 trillion), according to provisional data from Japan’s Ministry of Finance. The imports of textile yarn and fabric decreased 5.7 per cent totalling to ¥91,014 million (1 per cent of total imports). Manufacturing woes in September The manufacturing sector had a troubled third quarter, with fall in production levels and a sustained drop in new orders continuing into September, as per au Jibun Bank Japan manufacturing PMI data. The headline manufacturing PMI in August was 49.8 (neutral 50 being the threshold) which dropped marginally to 49.7 in September, indicating a decline, though a slight one, in overall operating conditions. The output charges rose at the slowest rate since mid-2021. Although average operating expenses remained historically high, the firms chose not to pass the whole of elevated costs on to the clients. Inflationary pressures remained high across Japan’s manufacturing industry pushing the firms to spend higher on labour, logistics and raw materials. However, the rate of inflation had eased from August to reach the lowest for five months. In addition, the level of new orders placed with Japanese manufacturers continued to fall due to economic weaknesses. Nevertheless, this was partially offset by firms opting to complete outstanding orders. This resulted in backlogs of work falling at moderate pace which extended the prevalent sequence of depletion to two years. Adding to the woes of the manufacturing sector, international demand dipped with the new export sales contracting at a solid rate that was the strongest since March. At the same time, the level of input inventories also rose during the month. This was due to reductions over two consecutive months as firms held pre-production inventories to stay prepared for any eventual demand recovery. When manufacturers raised input purchases slightly in September, the vendor performance went down with lengthening of delivery times – a distinct for seven-month period. The rate of job creation remained fractional during the month, also lowest for a consecutive seven-month sequence. Despite all these challenges, the business confidence remained positive in September, based on the expectations of renewed demand and, as its outcome, the mass production of new products that would follow. Firms stayed hopeful for a wider economic recovery. Meanwhile, Japanese companies continued to deliver some notable innovations for the industry. New BOPP film The month of October saw the sample launch of a recycled flexible packaging BOPP (Biaxially-Oriented Polypropylene) – a type of plastic film with a wide range of applications in the packaging, labelling, and laminating industries. The film is the result of a joint pilot test, initiated in August 2023, by Toppan Holdings Inc. group company Toppan Inc., RM Tohcello Co., Ltd., and Mitsui Chemicals, Inc. The printed waste generated by Toppan gets collected and taken to Mitsui Chemicals’ Nagoya Works which removes the ink to turn waste into pellets, which are then converted into film by RM Tohcello. The tested film is suited for mass production processes such as printing, laminating and pouch forming. The BOPP film samples were displayed at both the Toppan’s and Mitsui’s booths at Tokyo Pack 2024 event held on October 23-25, 2024. The three companies, which together established a technological and operational framework for the horizontal recycling of flexible packaging film, hope to see it enter the market within FY25 after further development and popularising.      The Japanese Government’s Resource Circulation Strategy for Plastics includes a target of transitioning to reusable or recyclable plastic designs by 2025. Milestones under the strategy for 2030 include the reuse and recycling of 60 per cent of plastic containers and packaging and doubling of recycling of plastic resources. With 2025 as an important starting point towards these milestones, it will be essential for companies engaged in the industry to expand efforts for reuse and recycling on their way to 2030. Advanced busbar covering Shin-Etsu Chemical Co., Ltd. developed the ST-OR Type heat-shrinkable silicone rubber tubing for busbar covering for the first time in the industry. Typically made of copper or aluminium, the busbar is a conductive metallic strip used for power connection or distribution. Busbars have wide-range of applications not only in switchboards and control panels but also in electric vehicles (EVs) and hybrid vehicles (HEVs). Busbars are protected with tape, tubing or other insulating parts as they are subjected to high currents and voltages, and in case of EVs and HEVs this subjection is even more severe. This calls for the insulations with more advanced properties of electrical insulation and heat resistance. The ST-OR Type heat-shrinkable silicone rubber tubing for busbar covering is a new product that meets these requirements. The key features of new product include dielectric strength of 28 kV/mm, operating temperature range of −40°C to +200°C, bright orange on the outer surface, flexibility retention even after heat shrinking, and availability of ST-TC-1 Type for thermal interface applications, making it suitable for covering a heating part to transfer heat to the casing. Biomass-derived LAPEROS In September, Polyplastics Co., Ltd. – the global leader in engineering plastics, launched the LAPEROS bG-LCP sustainable solution based on biomass-derived materials which reduces CO2 emissions and improves the renewable content ratio. The solution is based on mass balance approach – an accounting principle that matches the inputs, such as plastic waste, with outputs from a recycling or production process to determine the recycled content. The mass balance approach combines raw materials derived from biomass with those derived from fossil resources. When further combined into resin manufacturing processes, a portion of the resulting product can be considered to be biomass-derived, according to the volume of biomass raw material input. Thus, it eliminates the prevalent need of producing biomass-derived and fossil resource-derived products separately. Furthermore, the users have no need to re-evaluate performance and quality for each separate grade. In this way, the approach effectively helps to achieve carbon neutrality and a circular economy more quickly. To be commercialised in spring 2025, LAPEROS bG-LCP is manufactured like conventional products and exhibits the same chemical and physical properties. The company plans to expand this new solution to all grades of LAPEROS LCP. DuPont enhanced local capacity  On October 3, 2024, DuPont announced the successful completion of a significant expansion for photoresist manufacturing capacity at the DuPont Sasakami Site in Agano-shi, Niigata, Japan. The celebration event commemorated the opening of a new building named the East Star – a component of DuPont’s growth strategy for its lithography offerings. With this expansion, DuPont nearly doubled its photoresist production capacity at the site. The East Star Building features state-of-the-art cleanrooms with air cleanliness standards ranging from ISO Class 10 to Class 1000 for the production of high-quality photoresists. Additionally, the advanced automation systems have been implemented to reduce contamination risks and maintain a controlled, hygienic environment. JIAM 2024 The 13th edition of the Japan International Apparel & Non-Apparel Manufacturing Technology Trade Show (JIAM) 2024 Osaka took place from November 27 – 30, 2024 at INTEX Osaka, with inclusion of ‘non-apparel’ this time, to showcase the cutting-edge innovations from around the world. The non-apparel sectors had attracted a significant increase in exhibitors from the aerospace, automation and aviation industries, by the time this feature went in print, reflecting the growing demand for advanced textile solutions in these high-tech fields. The visitors were due for opportunity to explore a dynamic range of sewing and cutting machinery, latest textile products, technologies and services that drive industry innovation in critical sectors. Fibre2Fashion News Desk (SB - WE) Source link

[chilimili212]

Japan’s economic conditions, except price rise, remained largely in control in 2024. Japan’s core inflation stayed at or above the Central bank’s 2-per cent target for the 28th month in a row, and third consecutive month in July 2024. In the same month, the ‘core’ index, excluding fresh food and energy costs, rose 1.9 per cent after increasing 2.2 per cent in June. However, the government subsidies for electricity and gas, which ended in May before returning back in August, continued to be a concern that reflected in the price increase in July.Japan's 2024 economy faced controlled inflation but rising costs due to fluctuating subsidies. Textile trade showed mixed results; imports rose while textile machinery exports declined. Innovations included recycled BOPP film, advanced busbar covering, biomass-derived LCP, and DuPont's photoresist expansion. JIAM 2024 featured cutting-edge apparel and non-apparel technology. Japanese international trade of textile and clothing, up to August, demonstrated the usual ups and downs, except for exports of textile machinery which continued to show a consistent fall across comparable periods. Trade in May The month of May – second in the fiscal 2025, was particularly good for imports. The clothing and accessories imports increased 16 per cent to ¥258,270 million (~$1,700 million) contributing 2.7 per cent to the country’s total imports of ¥9,497,927 million. The increase in clothing imports during the month was second time in a row, after declining in previous months and the previous fiscal 2024. In addition, an 8.8 per cent y-o-y increase was seen in the textile yarn and fabric imports during the month, amounting to ¥102,626 million that accounted for 1.1 per cent of total imports. On the exports front, textile yarn and fabric increased 11.4 per cent reaching ¥67,648 million. However, exports of textile machinery dropped 32.8 per cent amounting to ¥21,418 million while contributing 0.3 per cent to total exports. Six-month trade On a six-month basis, from January to June, Japan’s imports of clothing and accessories reached ¥1,686,160 million (~$11,019 million). This represented an increase of 6.9 per cent over the imports during the same period last year. The share of this import was 3.1 per cent to total imports. The six-month imports of textile yarn and fabric, however, declined 1.3 per cent y-o-y, totalling to ¥561,889 million that contributed 1 per cent of total imports during the period. Specifically, in June, the imports of clothing and accessories at ¥240,887 million ($1,574 million) was 0.6 per cent more than the imports in June 2023. The imports of textile yarn and fabric decreased 13.5 per cent to ¥7,109 million during the same month. The exports of textile yarn and fabric in six-month period reached ¥403,331 million, registering an increase of 8.9 per cent but ¥128,147 million worth of textile machinery exports dropped 20.3 per cent y-o-y. The outbound shipment of textile yarn and fabric was noted as ¥73,516 million in June 2024, 6.3 per cent higher than the trade in the corresponding month of 2023. Textile machinery exports fell by 26.8 per cent to ¥19,143 million in June 2024. China’s domination The textile and clothing imports continued to increase in July too, marking a 14.9 per cent increase over July 2023. The import amounted to $2.8 billion (~¥428 billion) versus $2.44 billion (~¥373 billion) reflecting a rise in consumer demand and the country’s reliance on imported textiles to meet domestic demand. In this, clothing imports worth $1.9 billion (¥291 billion) increased 12.5 per cent y-o-y, while textile imports including fabrics and yarn increased 18.2 per cent and reached $900 million. The growth was driven by the recovery in consumer spending following the softening of COVID-19 restrictions and resurgence in the retail sector. China remained Japan’s top supplier of textile and clothing with 55 per cent share. The import from China in July stood at $1.54 billion (~¥236 billion), increasing 10 per cent y-o-y. The other major suppliers were Vietnam, Bangladesh and India, all with double-digit growth in their export volumes to Japan. The surge in imports underscored Japan’s growing demand for affordable and diverse fashion options, as well as high-quality textiles used in its various industries. However, it also highlights Japan’s dependence on international markets, making the country vulnerable to global supply chain disruptions. Japan’s exports of textile yarn and fabric in July rose by 8.2 per cent compared to July 2023, reaching ¥72,547 million ($474 million). In contrast, exports of textile machinery continued to fall, 28.1 per cent during the month, amounting to ¥21,282 million ($139 million) and contributing 0.2 per cent to total exports. Trade in August In August, exports of textile yarn and fabric increased 9.2 per cent compared to the same month last year and reached ¥66,353 million (~$434 million); and, exports of textile machinery, amounting to ¥23,262 million (~$152 million), fell 9.5 per cent. The imports of clothing and accessories during the month decreased 8.1 per cent to ¥348,002 million (~$2.27 billion) and constituted 3.8 per cent of total imports (¥9.137 trillion), according to provisional data from Japan’s Ministry of Finance. The imports of textile yarn and fabric decreased 5.7 per cent totalling to ¥91,014 million (1 per cent of total imports). Manufacturing woes in September The manufacturing sector had a troubled third quarter, with fall in production levels and a sustained drop in new orders continuing into September, as per au Jibun Bank Japan manufacturing PMI data. The headline manufacturing PMI in August was 49.8 (neutral 50 being the threshold) which dropped marginally to 49.7 in September, indicating a decline, though a slight one, in overall operating conditions. The output charges rose at the slowest rate since mid-2021. Although average operating expenses remained historically high, the firms chose not to pass the whole of elevated costs on to the clients. Inflationary pressures remained high across Japan’s manufacturing industry pushing the firms to spend higher on labour, logistics and raw materials. However, the rate of inflation had eased from August to reach the lowest for five months. In addition, the level of new orders placed with Japanese manufacturers continued to fall due to economic weaknesses. Nevertheless, this was partially offset by firms opting to complete outstanding orders. This resulted in backlogs of work falling at moderate pace which extended the prevalent sequence of depletion to two years. Adding to the woes of the manufacturing sector, international demand dipped with the new export sales contracting at a solid rate that was the strongest since March. At the same time, the level of input inventories also rose during the month. This was due to reductions over two consecutive months as firms held pre-production inventories to stay prepared for any eventual demand recovery. When manufacturers raised input purchases slightly in September, the vendor performance went down with lengthening of delivery times – a distinct for seven-month period. The rate of job creation remained fractional during the month, also lowest for a consecutive seven-month sequence. Despite all these challenges, the business confidence remained positive in September, based on the expectations of renewed demand and, as its outcome, the mass production of new products that would follow. Firms stayed hopeful for a wider economic recovery. Meanwhile, Japanese companies continued to deliver some notable innovations for the industry. New BOPP film The month of October saw the sample launch of a recycled flexible packaging BOPP (Biaxially-Oriented Polypropylene) – a type of plastic film with a wide range of applications in the packaging, labelling, and laminating industries. The film is the result of a joint pilot test, initiated in August 2023, by Toppan Holdings Inc. group company Toppan Inc., RM Tohcello Co., Ltd., and Mitsui Chemicals, Inc. The printed waste generated by Toppan gets collected and taken to Mitsui Chemicals’ Nagoya Works which removes the ink to turn waste into pellets, which are then converted into film by RM Tohcello. The tested film is suited for mass production processes such as printing, laminating and pouch forming. The BOPP film samples were displayed at both the Toppan’s and Mitsui’s booths at Tokyo Pack 2024 event held on October 23-25, 2024. The three companies, which together established a technological and operational framework for the horizontal recycling of flexible packaging film, hope to see it enter the market within FY25 after further development and popularising.      The Japanese Government’s Resource Circulation Strategy for Plastics includes a target of transitioning to reusable or recyclable plastic designs by 2025. Milestones under the strategy for 2030 include the reuse and recycling of 60 per cent of plastic containers and packaging and doubling of recycling of plastic resources. With 2025 as an important starting point towards these milestones, it will be essential for companies engaged in the industry to expand efforts for reuse and recycling on their way to 2030. Advanced busbar covering Shin-Etsu Chemical Co., Ltd. developed the ST-OR Type heat-shrinkable silicone rubber tubing for busbar covering for the first time in the industry. Typically made of copper or aluminium, the busbar is a conductive metallic strip used for power connection or distribution. Busbars have wide-range of applications not only in switchboards and control panels but also in electric vehicles (EVs) and hybrid vehicles (HEVs). Busbars are protected with tape, tubing or other insulating parts as they are subjected to high currents and voltages, and in case of EVs and HEVs this subjection is even more severe. This calls for the insulations with more advanced properties of electrical insulation and heat resistance. The ST-OR Type heat-shrinkable silicone rubber tubing for busbar covering is a new product that meets these requirements. The key features of new product include dielectric strength of 28 kV/mm, operating temperature range of −40°C to +200°C, bright orange on the outer surface, flexibility retention even after heat shrinking, and availability of ST-TC-1 Type for thermal interface applications, making it suitable for covering a heating part to transfer heat to the casing. Biomass-derived LAPEROS In September, Polyplastics Co., Ltd. – the global leader in engineering plastics, launched the LAPEROS bG-LCP sustainable solution based on biomass-derived materials which reduces CO2 emissions and improves the renewable content ratio. The solution is based on mass balance approach – an accounting principle that matches the inputs, such as plastic waste, with outputs from a recycling or production process to determine the recycled content. The mass balance approach combines raw materials derived from biomass with those derived from fossil resources. When further combined into resin manufacturing processes, a portion of the resulting product can be considered to be biomass-derived, according to the volume of biomass raw material input. Thus, it eliminates the prevalent need of producing biomass-derived and fossil resource-derived products separately. Furthermore, the users have no need to re-evaluate performance and quality for each separate grade. In this way, the approach effectively helps to achieve carbon neutrality and a circular economy more quickly. To be commercialised in spring 2025, LAPEROS bG-LCP is manufactured like conventional products and exhibits the same chemical and physical properties. The company plans to expand this new solution to all grades of LAPEROS LCP. DuPont enhanced local capacity  On October 3, 2024, DuPont announced the successful completion of a significant expansion for photoresist manufacturing capacity at the DuPont Sasakami Site in Agano-shi, Niigata, Japan. The celebration event commemorated the opening of a new building named the East Star – a component of DuPont’s growth strategy for its lithography offerings. With this expansion, DuPont nearly doubled its photoresist production capacity at the site. The East Star Building features state-of-the-art cleanrooms with air cleanliness standards ranging from ISO Class 10 to Class 1000 for the production of high-quality photoresists. Additionally, the advanced automation systems have been implemented to reduce contamination risks and maintain a controlled, hygienic environment. JIAM 2024 The 13th edition of the Japan International Apparel & Non-Apparel Manufacturing Technology Trade Show (JIAM) 2024 Osaka took place from November 27 – 30, 2024 at INTEX Osaka, with inclusion of ‘non-apparel’ this time, to showcase the cutting-edge innovations from around the world. The non-apparel sectors had attracted a significant increase in exhibitors from the aerospace, automation and aviation industries, by the time this feature went in print, reflecting the growing demand for advanced textile solutions in these high-tech fields. The visitors were due for opportunity to explore a dynamic range of sewing and cutting machinery, latest textile products, technologies and services that drive industry innovation in critical sectors. Fibre2Fashion News Desk (SB - WE) Source link

[tubetrading]

Revolutionizing Rail Travel:  Introducing Railway Rooftop by Radiant Enterprises

In the ever-evolving landscape of transportation, Radiant Enterprises stands at the forefront of innovation, reshaping the future of rail travel.  With a vision to enhance efficiency, safety, and sustainability, Radiant Enterprises proudly introduces its groundbreaking solution – the Railway Rooftop.  As leading Railway Rooftop manufacturers in India, Radiant Enterprises aims to revolutionize the rail industry and set new standards for modern transportation systems.

Unveiling Railway Rooftop:  A Game-Changer in Rail Travel

Railway Rooftop, a pioneering concept in the realm of rail transportation, is designed to address the challenges faced by traditional railway systems.  It serves as a testament to Radiant Enterprises' commitment to pushing the boundaries of innovation.  The integration of advanced technology and cutting-edge engineering has resulted in a transformative solution that promises to elevate the entire rail travel experience.

The Role of Radiant Enterprises as Railway Rooftop Manufacturers in India

Radiant Enterprises takes immense pride in its role as one of the leading Railway Rooftop manufacturers in India.  With a dedicated focus on quality, safety, and sustainability, the company has emerged as a key player in shaping the future of rail travel.  The Railway Rooftop, meticulously designed and manufactured by Radiant Enterprises, embodies the company's ethos of delivering excellence.

Key Features of Railway Rooftop

1.         Enhanced Safety Measures:

Railway Rooftop prioritizes passenger safety by incorporating state-of-the-art safety features.  The design is meticulously engineered to withstand various environmental conditions, ensuring a secure travel experience for passengers and crew alike.

2.         Sustainability at its Core:

Radiant Enterprises understands the importance of sustainability in modern transportation.  The Railway Rooftop is crafted with eco-friendly materials and energy-efficient components, aligning with global efforts to reduce the carbon footprint of transportation systems.

3.         Optimized Efficiency:

Efficiency is a cornerstone of the Railway Rooftop's design.  Through aerodynamic considerations and advanced engineering, Radiant Enterprises has ensured that the rooftop seamlessly integrates with existing rail systems, optimizing overall efficiency and performance.

Roof Busbar Support Insulator Manufacturers in India

Radiant Enterprises extends its expertise beyond Railway Rooftop manufacturing to provide essential components that enhance the system's functionality.  As Roof Busbar Support Insulator manufacturers in India, the company plays a crucial role in ensuring the reliability and performance of rail electrification systems.

Rooftop Bushing Manufacturers in India

The success of Railway Rooftop relies on the synergy of various components, and Radiant Enterprises stands out as a prominent player in this ecosystem.  As Rooftop Bushing manufacturers in India, the company contributes to the seamless transmission of power within the rail system, ensuring uninterrupted connectivity and operational excellence.

Advancing Rail Travel Through Innovation

In a rapidly changing world, innovation is the driving force behind progress.  Radiant Enterprises understands the evolving needs of the rail industry and embraces the challenge of delivering solutions that transcend traditional boundaries.  The introduction of Railway Rooftop signifies a paradigm shift in the way we perceive and experience rail travel.

Addressing Challenges with Railway Rooftop

1.         Overcoming Spatial Limitations:

The conventional design of rail systems often faces spatial limitations, restricting the incorporation of additional features.  Railway Rooftop transcends these limitations, providing an innovative solution that utilizes previously untapped space.

2.         Improving Passenger Experience:

Passengers are at the heart of every transportation system.  Railway Rooftop not only enhances safety but also contributes to an improved overall experience for passengers.  The panoramic views and open-air ambiance create a unique and enjoyable journey.

3.         Adapting to Future Technological Advances:

Radiant Enterprises has engineered Railway Rooftop with adaptability in mind.  The design allows for seamless integration of future technological advances, ensuring that rail travel remains at the forefront of innovation for years to come.

The Future of Rail Travel:  A Green, Efficient, and Safe Journey

As the world increasingly turns towards sustainable and efficient modes of transportation, Railway Rooftop emerges as a symbol of progress in the rail industry.  Radiant Enterprises envisions a future where rail travel is not only the preferred choice for its efficiency but also celebrated for its environmental sustainability.

Conclusion:  Radiant Enterprises Paving the Way Forward

In conclusion, Radiant Enterprises, as a trailblazer in transportation innovation, introduces Railway Rooftop as a transformative solution for the rail industry.  With a focus on safety, sustainability, and efficiency, Radiant Enterprises sets new standards as Railway Rooftop manufacturers in India.  The company's commitment to excellence extends beyond the rooftop, with integral contributions as Roof Busbar Support Insulator manufacturers in India and Rooftop Bushing manufacturers in India.

The journey towards revolutionizing rail travel has just begun, and Radiant Enterprises invites the world to embark on this exciting and sustainable path together.  As we look to the future, Railway Rooftop stands as a testament to the endless possibilities that innovation and dedication can bring to the world of transportation.