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  • Capacity and Precision Upgraded: Centersky Electric Officially Commissions New High-Precision Silicon Steel Slitting Line

    Jiangyin, China – July 3, 2026 — Jiangyin Centersky Electrical Appliance Co., Ltd has officially commissioned its new high-precision silicon steel slitting line following successful installation, commissioning, and performance verification. The new production line, developed through six months of investment and implementation, significantly enhances the company’s precision processing capabilities for electrical steel and strengthens its capacity to serve customers in the power transmission, renewable energy, and rail transportation industries with higher-quality silicon steel laminations.
    As a national high-tech enterprise with more than 50 years of expertise in the research, development, and manufacturing of precision silicon steel laminations and magnetic cores, Centersky Electrical has consistently focused on technological innovation, process optimization, and intelligent manufacturing.

    silicon steel slitting line
    The newly commissioned slitting line represents another major milestone in the company’s continuous investment in advanced manufacturing technologies. From project planning and equipment selection to installation and commissioning, the entire project required approximately six months to complete. Throughout the implementation process, Centersky Electric’s engineering team worked closely with equipment suppliers, carrying out multiple rounds of technical optimization to address critical challenges associated with processing premium electrical steel, including slitting accuracy, surface protection, and residual stress control. These efforts resulted in substantial improvements in both equipment performance and manufacturing capability.

    silicon steel laminations
    Designed to process a wide range of premium electrical steel grades and thicknesses, the new slitting line delivers micron-level dimensional accuracy while maintaining excellent edge quality. The processed laminations feature burr-free edges, minimal deformation, and significantly improved surface flatness, representing a 40% improvement over the previous production line. These enhancements help reduce magnetic losses during core stacking and improve the overall performance of finished magnetic cores by achieving lower core loss, greater dimensional stability, and enhanced operational reliability.

    To further strengthen quality assurance, the production line is equipped with an intelligent online inspection system that continuously monitors strip dimensions and surface quality throughout the manufacturing process. Automated inspection minimizes the risk of human error and ensures consistent product quality, increasing the first-pass yield rate to more than 99.5%. The upgraded production capability also provides greater flexibility for manufacturing multiple product specifications in small production volumes, enabling the company to respond more efficiently to the growing demand for customized solutions.

    According to the company’s production management team, demand for high-precision electrical steel slitting has increased significantly in recent years, particularly from customers in the renewable energy sector requiring customized dimensions and tighter manufacturing tolerances. Previously, production capacity and processing precision occasionally extended delivery times for these specialized orders. With the new production line now in operation, delivery efficiency for customized orders is expected to improve by approximately 35%. At the same time, optimized material utilization has significantly reduced production waste, while overall carbon emissions generated during manufacturing are expected to decrease by approximately 12%, further supporting the company’s commitment to intelligent, energy-efficient, and sustainable manufacturing.

    silicon steel lamination

    In recent years, Centersky Electric has continuously invested in the modernization of its manufacturing facilities. Supported by nearly 12,000 square meters of intelligent production workshops, the company has established a fully integrated manufacturing system covering material selection, precision processing, heat treatment, insulation treatment, and comprehensive quality control. The commissioning of the new slitting line further strengthens this integrated manufacturing platform while providing additional support for the company’s dual production strategy of combining flexible customization with efficient large-scale manufacturing.
    These enhanced capabilities enable Centersky Electric to provide more competitive magnetic core solutions for demanding applications, including power transmission and distribution equipment, wind power generation systems, photovoltaic inverters, electric vehicle drive motors, railway traction converters, and other high-performance electrical equipment where magnetic core quality directly influences efficiency and reliability.

    Looking ahead, Centersky Electric will continue to leverage the commissioning of the new production line as an opportunity to further advance research into high-efficiency electrical steel processing technologies. Building upon more than five decades of manufacturing expertise, the company remains committed to continuous innovation, intelligent manufacturing, and precision engineering, contributing to the development of a more competitive, energy-efficient, and resilient electrical equipment industry both in China and worldwide.

  • Kossel Makes a Stunning Debut on the Global Medical Stage — A Successful Wrap-up of CVIT 2026!

    From July 16 to 18, 2026, the 34th Annual Meeting of the Japanese Cardiovascular Intervention Therapeutics (CVIT 2026) was successfully held at Tokyo International Forum. The conference brought together top clinical specialists, researchers and leading industry players worldwide to discuss cutting-edge advances and future trends in minimally invasive interventional diagnosis and treatment.

    PTCA balloon

    With years of in-depth expertise in the vascular intervention sector, Kossel Medtech (Suzhou) Co., Ltd. showcased its flagship coronary products at the exhibition, fully demonstrating its technological heritage and innovative strengths in precise vascular interventional treatment. Driven by continuous technological innovation and rigorous quality control, Kossel’s PTCA balloon, NC PTCA balloon and inflation device have obtained PMDA approval in Japan. Established market channels are in place, and multiple products have been adopted for clinical use in numerous hospitals, earning solid market recognition.

    Kossel’s booth drew steady crowds throughout the event. The team conducted in-depth market engagement targeting Japan and hosted dedicated discussions with more than 20 Japanese clinicians. Exchanges centered on practical clinical operation details of interventional devices, directions for technological upgrades and Japanese market access requirements, alongside pragmatic discussions on regional promotion strategies. These conversations accurately captured the unique clinical demands of the Japanese market, laying a solid foundation for subsequent product registration, clinical adoption and customized R&D in Japan.

    inflation device

    Kossel’s journey at CVIT 2026 has concluded successfully. Moving forward, Kossel Medtech will continue to expand its footprint in Japan, accelerate overseas certification of new products, enrich and optimize its product portfolio, and empower global clinical practice with high-quality vascular interventional medical devices and professional services.

  • BIPV Solar Mounting Systems: Revolutionizing Sustainable Building Energy

    BIPV solar mounting systems are innovative structural solutions that seamlessly integrate solar panels into building envelopes, replacing traditional construction materials while enabling clean power generation. Unlike conventional solar mounting setups that are attached externally to buildings, BIPV mounting structures serve dual functions as both building components and renewable energy facilities, marking a key breakthrough in green architectural technology.
    Engineered for diverse building scenarios, BIPV mounting systems are widely applied on rooftops, facades, and skylights. They adopt optimized clamping, bolting and integrated frame designs to ensure firm installation, wind resistance, waterproofing and thermal insulation. These professional mounting structures strictly comply with building safety codes, maintaining the structural stability and weather protection performance of buildings throughout their service life. Meanwhile, their streamlined and customizable design preserves architectural aesthetics, avoiding the bulky appearance of traditional solar racking systems.
    The core advantages of BIPV mounting systems lie in high space utilization and cost efficiency. By integrating solar modules into building skins, they eliminate the need for extra installation space and redundant support structures, cutting overall construction costs. As a core part of zero-energy buildings, they convert solar energy into electricity on-site, reducing buildings’ reliance on grid power and carbon emissions.
    With the global pursuit of carbon neutrality and green building development, BIPV solar mounting systems have become a mainstream trend in the photovoltaic industry. They perfectly combine architectural functionality, aesthetic design and energy sustainability, providing a reliable and eco-friendly solution for modern urban low-carbon construction.

    BIPV solar mounting systems

  • Non-Toxic Cleaning Agent Powder: A Green Cleaning Solution

    With the rising awareness of environmental protection and personal health, non-toxic cleaning agent powder has gradually replaced traditional chemical cleaners and become a popular green household product. Unlike conventional cleaners that contain harsh chlorine, ammonia and synthetic additives, this eco-friendly powder adopts natural, plant-based and food-grade ingredients, making it safe for human bodies, pets and the ecological environment.
    This non-toxic cleaning powder features a mild yet powerful cleaning performance. Rich in natural surfactants and plant enzymes, it can effectively decompose kitchen grease, water scale, dust and daily stains on various surfaces. It works well on tableware, glass, ceramic, stainless steel and even fresh fruits and vegetables, removing residual pesticides and dirt without leaving harmful chemical residues. Besides, it has gentle bacteriostatic effects, meeting daily sanitization needs for families, especially those with infants and pregnant women.
    In terms of environmental advantages, the powder is phosphorus-free, biodegradable and residue-free. It will not cause water pollution or damage soil and aquatic ecosystems after use, which perfectly conforms to the concept of sustainable green living. Moreover, its powdered form is convenient for storage and transportation, avoiding leakage problems of liquid cleaners and reducing plastic waste.
    Easy to use and highly versatile, non-toxic cleaning agent powder balances strong cleaning capacity with safety and environmental friendliness. It is an ideal daily cleaning substitute, helping people build a healthy, low-carbon and eco-friendly living environment.

  • Portable Laser Measurer, Make Every Measurement Accurate

    In the fast-paced worlds of construction, renovation, and industrial surveying, precision is non-negotiable, and time is the most valuable asset. Traditional measurement methods—relying on tape measures that require two people, manual calculations prone to error, and repeated adjustments—are rapidly becoming obsolete. The HOLO laser distance measurer is engineered to address these challenges head-on, embodying a simple but powerful promise: Make Every Measurement Accurate.

    The Science of Precision

    At the heart of HOLO’s accuracy is advanced phase-based laser ranging technology. Unlike simpler methods, this technology measures distance by analyzing the phase difference between a modulated laser beam and its reflection from a target. By using this sophisticated approach, HOLO devices achieve remarkable millimeter-level accuracy—often specified at ±1.5mm across distances up to 100 meters or more.

    This level of precision is crucial in professional applications. During fire safety inspections, for example, accurate measurement of evacuation passages, safety exits, and fire separation distances can be a matter of compliance and safety. In construction, precisely measuring concrete pour volumes or locating template positions ensures structural integrity and prevents costly material waste. HOLO’s devices transform measurement from a rough estimate into a reliable, data-driven process.

    Efficiency Redefined: The Power of One

    The days of coordinating with a colleague to hold the end of a tape measure are over. HOLO measurers are designed for single-person full-scenario operation, instantly doubling on-site efficiency. A task that once required two people and took nearly an hour can now be completed by one person in a fraction of the time.

    This efficiency is amplified by smart, built-in functionality. HOLO devices are not just distance meters; they are comprehensive calculation tools. With the press of a button, users can instantly calculate:

    ● Area and Volume: Ideal for flooring, painting, or material estimation.

    ● Pythagorean Theorem: For calculating heights or widths indirectly without needing to climb a ladder or physically reach a point.

    ● Continuous Measurement: Real-time tracking for dynamic layouts, displaying both maximum and minimum values to help users square up rooms or check parallelism.

    This integration of smart algorithms eliminates the need for separate tools and post-measurement math, reducing the risk of calculation errors and significantly compressing project timelines.

    Built for the Real World

    A precision instrument is only as good as its durability and versatility. HOLO offers a wide range of models tailored to diverse needs:

    ● Robust and Versatile: The E-100 is a flagship model, offering a 100-meter range with ±2mm accuracy and a full suite of functions from height difference measurement to two-point spatial span calculation

    ● Specialized for Interiors: The Y-40 and X-30B are popular for decoration and renovation. The X-30B, in particular, stands out for its ultra-compact design (smaller than a car key), integrated lithium battery, and Bluetooth data transmission for seamless digital record-keeping.

    ● Tough and Reliable: Certified with CE, ROHS, FDA, REACH, and FCC, HOLO’s laser measurers are built with IP54-rated dust and splash resistance, ensuring they perform reliably on dusty job sites or in challenging weather. Their ergonomic, double-layer injection-molded design also provides a comfortable, non-slip grip.

    Conclusion

    The HOLO portable laser measurer represents a definitive leap forward in measurement technology. It combines the fundamental requirement of accuracy—ensuring every measurement is precise down to the millimeter—with the practical need for efficiency, empowering a single user to accomplish more in less time. Whether for surveying a multi-story building, planning an interior fit-out, or ensuring fire safety compliance, HOLO provides the precision, durability, and smart functionality that modern professionals demand to build better, safer, and faster.

  • Introduction to Battery Cooling System

    What Is a Battery Cooling System?

    A battery cooling system is a critical component of battery thermal management systems (BTMS), designed to regulate and maintain the temperature of lithium-ion batteries used in electric vehicles (EVs), energy storage systems (ESS), and other high-power applications.

    During charging and discharging cycles, lithium-ion batteries continuously generate heat due to electrochemical reactions and internal resistance. If excessive heat accumulates, the battery temperature may exceed the optimal operating range, leading to reduced performance, accelerated aging, shorter cycle life, and potential safety risks such as thermal runaway.

    Therefore, an efficient battery cooling solution is essential to ensure battery packs operate safely, reliably, and efficiently under various working conditions.

    Common Types of Battery Cooling Methods

    Battery cooling technologies mainly include air cooling, liquid cooling, and phase change cooling. Each method has different advantages depending on the application requirements, power density, and thermal management demands.

    1. Air Cooling System

    Air cooling uses fans or natural airflow to remove heat generated by battery cells. Due to its simple structure, low cost, and easy maintenance, air cooling is commonly applied in low-power battery systems and early-generation electric vehicles.

    However, as battery energy density and charging speed continue to increase, air cooling faces limitations in cooling efficiency and temperature uniformity, especially for large battery packs.

    2. Liquid Cooling System

    Liquid cooling is currently one of the most widely adopted battery thermal management solutions for electric vehicles and large-scale energy storage systems.

    By circulating coolant through battery cooling plates, cooling tubes, or integrated thermal management modules, liquid cooling systems can efficiently transfer heat away from battery cells and maintain a more consistent temperature distribution.

    Compared with air cooling, liquid cooling provides:

    · Higher heat transfer efficiency

    · Better temperature uniformity

    · Improved battery performance under high-power operation

    · Stronger adaptability for high-energy-density battery packs

    For EV batteries and commercial energy storage applications, liquid cooling has become the preferred thermal management solution.

    3. Phase Change Cooling System

    Phase change cooling utilizes materials that absorb or release heat during phase transitions. This technology can provide stable thermal regulation without continuous energy consumption.

    It is often combined with other cooling methods to improve temperature control and reduce peak heat loads in advanced battery applications.

    Why Battery Cooling Systems Are Important

    An effective battery cooling system provides several key benefits for battery performance and safety.

    1. Maintaining Optimal Battery Temperature

    Lithium-ion batteries typically operate most efficiently within a specific temperature range. A well-designed cooling system helps maintain battery cells within the ideal thermal window, ensuring stable charging and discharging performance.

    2. Improving Battery Life

    Uneven temperature distribution between battery cells can accelerate capacity degradation and cause inconsistent aging. Advanced thermal management solutions reduce temperature differences across the battery pack, helping extend battery cycle life and maintain long-term reliability.

    3. Enhancing Battery Safety

    Excessive heat is one of the major factors contributing to thermal runaway. Efficient cooling systems help prevent overheating, reduce thermal risks, and improve the overall safety of EVs and energy storage systems.

    The Future Development of Battery Cooling Technology

    With the rapid growth of electric vehicles and renewable energy storage, battery systems are moving toward higher energy density, faster charging speeds, and larger capacities. These trends create increasing challenges for battery thermal management.

    Future battery cooling systems will focus on:

    · Higher cooling efficiency

    · Lightweight and compact designs

    · Intelligent temperature monitoring and control

    · Integration with battery management systems (BMS)

    · Customized thermal solutions for different applications

    Among various technologies, advanced liquid cooling solutions, especially aluminum battery cooling plates and integrated thermal management components, are expected to play an increasingly important role in next-generation battery systems.

    Conclusion

    A reliable battery cooling system is essential for maximizing battery performance, extending service life, and ensuring operational safety. From electric vehicles to large-scale energy storage systems, efficient thermal management has become a fundamental requirement for the continued development of the new energy industry.

    As battery technology continues to evolve, innovative cooling solutions will remain a key factor in achieving safer, more efficient, and more sustainable energy applications.

    battery-cooling-system.jpg

  • Flat Roof Solar Mounting Systems: Efficient Solutions for Rooftop Solar Utilization

    Flat roof solar mounting systems are specialized structural solutions designed to install solar panels on commercial and residential flat rooftops, addressing the unique challenges of zero-slope roof surfaces and maximizing solar energy harvesting efficiency. Unlike pitched roof mounting fixtures, these flexible systems adapt to flat roof characteristics, becoming a mainstream choice for modern rooftop solar projects.
    There are two primary types of flat roof solar mounting systems in the industry: ballasted non-penetrating systems and mechanically fastened penetrating systems. Ballasted systems use concrete blocks or weighted frames to fix solar racks without drilling roof surfaces. This non-invasive design perfectly protects roof waterproof membranes, avoiding leakage risks and structural damage, which is ideal for aging roofs or buildings with strict waterproof requirements. Mechanically fastened systems, by contrast, adopt sealed bolt fixation to deliver stronger wind and load resistance, suitable for high-altitude or strong-wind regions.
    The biggest advantage of these mounting systems lies in their adjustable flexibility. Installers can freely set optimal tilt angles and orientations for solar panels, usually facing true south, to capture maximum sunlight and boost power generation output. Some advanced east-west layout designs also increase panel arrangement density, making full use of limited rooftop space. In addition, most systems adopt lightweight aluminum alloy materials, featuring high durability, weather resistance and convenient assembly.
    In conclusion, flat roof solar mounting systems balance structural safety, economic efficiency and energy output. They unlock the huge potential of idle flat rooftop resources, provide reliable green energy solutions for buildings, and play a vital role in promoting popular and sustainable solar energy applications.

    Flat-Roof-Solar-Mounting-Systems

  • Zero Waste Soap Powder: An Eco-Friendly Cleaning Choice

    As environmental pollution becomes a growing global concern, zero waste living has gained popularity among eco-conscious people. Zero waste soap powder stands out as a sustainable alternative to traditional chemical detergents, perfectly combining effective cleaning with environmental protection.
    Different from ordinary washing products, zero waste soap powder features a natural and non-toxic formula. It is made of plant-based ingredients without harsh chemicals, synthetic additives or microplastics. This gentle formula effectively removes daily stains, grease and odors while being harmless to human skin. It is hypoallergenic and suitable for all families, including babies and people with sensitive skin.
    The biggest advantage of this soap powder lies in its zero-waste design. It completely abandons single-use plastic packaging and adopts fully recyclable paper or cardboard packages, producing no plastic waste. Besides, the powder is highly concentrated, so only a small amount is needed for each wash, which reduces resource consumption and long-term household costs. It dissolves easily in cold water, saves energy during washing, and leaves no harmful residues on clothes or in water systems.
    Moreover, zero waste soap powder is fully biodegradable. After use, it breaks down naturally instead of polluting rivers and soil, and it is safe for septic systems and greywater reuse. Choosing this eco-friendly product is a simple yet powerful way to reduce personal carbon footprint. It turns daily laundry into an eco-friendly act and helps build a greener and more sustainable living environment for the planet.

     

     

  • Laser Distance Meter Factory | Direct Wholesale & Custom

    When sourcing laser distance meters, buyers often face a familiar dilemma: you want factory-direct pricing to stay competitive, but you also worry about quality control, communication barriers, and unreliable delivery schedules. The promise behind “factory, wholesale, and custom” is not just about lower costs—it’s about finding a manufacturing partner you can truly trust.

    Why Choose Factory-Direct Supply?

    Cutting out middlemen and working directly with a factory delivers more than just price advantages—it gives you endtoend quality visibility.

    A reputable laser distance meter factory typically possesses vertically integrated production capabilities. This means critical components—laser emitting modules, optical lenses, and core algorithm chips—are developed and manufactured inhouse. This approach allows the factory to maintain strict quality control at every stage, rather than simply assembling offtheshelf parts from multiple suppliers.

    Take one leading manufacturer in China as a realworld example: in 2024, it exported nearly 370,000 laser distance measuring units, with a total value exceeding USD 9 million. Such high-volume throughput is only achievable with a mature production system, rigorous testing protocols, and a welltrained workforce—all of which directly benefit wholesale buyers.

    Customization: Far More Than Just a Logo

    “Custom” in the laser distance meter industry goes well beyond printing your brand name on the housing. A capable factory offers multiple layers of customization to help you differentiate your product in the market:

    Customization Tier Available Options
    Branding & Packaging Logo imprint, custom color schemes, retail box design, user manual translation
    Technical Specifications Measuring range (40m / 60m / 80m / 100m+), accuracy class (±1.5mm / ±2.0mm)
    Functional Features Addition of Bluetooth / USB data transfer, voice broadcast, angle sensors
    Firmware & Software Custom measurement algorithms, unit presets (metric/imperial), autoshutdown timing, calibration preferences
    Accessory Bundles Custom carry pouches, magnetic brackets, tripod adapters, rechargeable battery packs

    This flexibility means you don’t have to settle for a generic offtheshelf product. Whether you need a ruggedized model for construction sites or a compact, userfriendly version for DIY retail, the right factory can tailor the solution to your target customer profile.

    Quality Assurance That Matters

    Price and customization are important, but they mean nothing without reliable performance. A trustworthy laser distance meter factory adheres to internationally recognized standards. Look for:

    ● ISO 9001 certification for quality management systems

    ● CE / RoHS / FCC compliance for global market access

    ● Inhouse calibration laboratories with traceable reference standards

    ● 100% final inspection before shipment—each unit tested for accuracy, beam alignment, and environmental stability

    Many top factories also offer extended warranties (up to 24 or 36 months) as a testament to their confidence in product durability. This is a strong indicator that the manufacturer stands behind what they build.

    Wholesale: Scalability and Consistency

    For distributors, hardware retailers, and ecommerce sellers, wholesale means more than just bulk pricing—it means supply chain reliability. A factory with robust capacity can handle orders ranging from a few hundred pieces for pilot runs to tens of thousands for largescale promotions, all while maintaining consistent quality batch after batch.

    Key wholesale advantages include:

    ● Tiered pricing based on order volume, with better margins at higher quantities

    ● Flexible MOQs (Minimum Order Quantities) for custom vs. standard products

    ● Justintime delivery options to optimize your inventory carrying costs

    ● Aftersales technical support and spare parts availability

    How to Choose the Right Factory Partner

    Before committing to a supplier, consider these practical steps:

    1. Request samples—test them in realworld conditions, not just on paper.

    2. Audit the production line—if possible, visit the facility or request a live video tour.

    3. Review their export documentation—customs records can reveal consistency and global reach.

    4. Ask about R&D capability—a factory that invests in engineering can help you stay ahead of market trends.

    The Bottom Line

    A laser distance meter factory that offers direct wholesale and custom solutions is more than a vendor—it’s a strategic partner in your business growth. By choosing a manufacturer with integrated production, flexible customization, and rigorous quality systems, you gain the ability to deliver superior products to your customers while protecting your margins.

    In a crowded measurement tools market, the right factory relationship gives you the edge. Start with clear requirements, demand transparency, and prioritize longterm reliability over shortterm savings. That’s how smart sourcing becomes a lasting competitive advantage.

  • 587 ESS Cooling Plate: Advanced Liquid Cooling Solution for 587Ah Battery Energy Storage Systems

    587 ESS Cooling Plate: Advanced Liquid Cooling Solution for 587Ah Battery Energy Storage Systems

    As battery energy storage systems continue to evolve toward higher capacity and greater energy density, 587Ah prismatic cells are becoming a preferred choice for utility-scale and commercial ESS applications. However, larger cell formats generate more heat during charge and discharge cycles, making efficient thermal management essential to ensure safety, performance, and long-term reliability.

    The 587 ESS Cooling Plate is specifically engineered for 587Ah lithium battery modules, providing high-efficiency liquid cooling for next-generation energy storage systems. Designed to maintain uniform temperature distribution across the battery pack, it helps reduce cell temperature differences, improve system consistency, and support extended battery life.

    Manufactured from high-performance AL3003MOD aluminum alloy, the cooling plate offers excellent thermal conductivity, corrosion resistance, and mechanical strength. Utilizing precision stamping and vacuum brazing technology, the product delivers reliable structural integrity and leak-tight performance under demanding operating conditions.

    Key features include:

    ● Optimized coolant channel design for uniform heat transfer

    ● Low flow resistance to improve cooling system efficiency

    ● High structural strength for large-format battery modules

    ● Excellent corrosion resistance for long-term operation

    ● Lightweight aluminum construction for compact ESS integration

    By effectively dissipating heat from 587Ah battery cells, the cooling plate minimizes the risk of thermal hotspots and enhances overall battery pack stability. It is suitable for utility-scale storage containers, commercial and industrial ESS projects, and other high-capacity energy storage applications.

    With extensive experience in battery thermal management, Trumony Aluminum provides customized cooling plate solutions to meet specific battery configurations and project requirements, helping customers accelerate development while ensuring safe and reliable ESS operation.

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