High-Performance Fluoropolymers & Sealing Solutions for Automotive Electrification
Today, as the automotive industry rapidly transitions towards electrification, intelligence, and lightweighting, material performance determines the reliability and efficiency of the entire vehicle. As a manufacturing expert deeply engaged in high-performance fluoroplastics and special engineering plastics, we are committed to providing high-standard material solutions for global automakers and Tier 1 suppliers.
Fluoever New Material (Shanghai) Co., Ltd. possesses comprehensive R&D and manufacturing capabilities. Our products cover high-performance fluoroplastic products (such as films, tubes, and sheets), special engineering plastic films (PEEK, PET, PPS films), and high-performance fluororubbers (FKM, FFKM). From the thermal management system piping and high-performance motor components of new energy vehicles to the sealing systems under harsh conditions inside the vehicle, our products are widely used in every core aspect of automotive manufacturing. We look forward to helping your products maintain outstanding performance in complex and changing working conditions with our superior material performance, jointly driving future innovations in the automotive industry.
PEEK Film: The “Guardian” of High-Efficiency Slot Insulation in New Energy Motors
With new energy vehicle motors constantly pursuing higher power density and longer driving range, the internal working environment of the motor is becoming increasingly harsh. This poses unprecedented tests on the temperature resistance, mechanical strength, and electrical insulation properties of slot insulation materials. Our high-performance PEEK (Polyetheretherketone) film features excellent temperature resistance, outstanding electrical insulation reliability, and superior mechanical toughness. Specifically designed for motor slot insulation systems, it is the ideal choice for enhancing the reliability and stability of drive motors.
FKM Fluororubber: The Sealing Cornerstone Ensuring Long-Term Operation of Automotive Powertrains
In the complex and ever-changing automotive operating environment, seals are the key to ensuring the safe and efficient operation of vehicle systems. Relying on its outstanding high-temperature resistance, fuel resistance, chemical corrosion resistance, and excellent compression set performance, our high-performance FKM (fluororubber) has become an indispensable material choice for automotive powertrains, fuel systems, and thermal management systems.
FKM materials possess an extremely high heat resistance grade, capable of maintaining long-term structural stability and elasticity under high-temperature conditions, effectively preventing leakage problems caused by material aging. Furthermore, FKM materials can excellently resist the erosion of fuel, engine oil, transmission fluid, and various coolants and additives commonly used in modern cars, ensuring stable performance in harsh fluid contact environments.
Dedicated PTFE Powder for Dry Electrodes: Building the Framework for Next-Generation High-Efficiency Electrodes
In the dry electrode manufacturing process, the choice of binder determines the molding quality and electrochemical performance of the electrode sheet. As an expert in manufacturing high-performance fluoroplastics, we provide you with dry electrode-grade PTFE resin specifically developed for the fibrillation process. Our dedicated PTFE powder for dry electrodes features:
- Outstanding fibrillation performance: Under controlled shear force, it can rapidly fibrillate and stretch into a fine micro-fiber network. This finely woven “spider web” of fibers firmly encapsulates the cathode/anode active materials and conductive agents, forming a continuous and dense electrode sheet.
- Extremely low addition amount, extremely high cohesive force: The high molecular weight design ensures that excellent mechanical strength and high cohesive toughness can be achieved even with a low addition ratio. This effectively reduces the proportion of inactive materials, helping to increase the energy density of the battery cell.
- Optimized electrochemical compatibility: Extremely high purity and stability prevent it from having side reactions with the electrolyte during charge-discharge cycles, ensuring that the electrode maintains stable internal resistance and ionic conductivity over a long cycle life.
Fluoroplastic Tube: The “Cornerstone of Reliability” for Modern Automotive Fluid Systems
In the R&D of high-performance vehicles and new energy drive systems, the sealing and durability of fluid tubelines are key to determining the vehicle’s lifespan. Fluoroplastic tubes (PFA, FEP, ETFE), relying on their excellent chemical stability and low permeability that surpass traditional rubber hoses, are becoming the industry benchmark in automotive engineering. Fluoroplastic tubes offer the following advantages:
- Extremely low permeability: Capable of meeting the world’s strictest VOC emission regulations, ensuring the fuel system achieves “zero leakage.”
- Full temperature range operation: Whether in extreme cold tests in polar regions or continuous high-temperature environments in the engine compartment, they can maintain stable physical properties, resisting hardening and cracking.
- Outstanding chemical inertness: Able to withstand various fuel additives, refrigerants, and highly corrosive chemicals, significantly extending the maintenance cycle of automotive tubeline systems.
- Low friction and high efficiency: The extremely smooth inner wall of fluoroplastics effectively reduces fluid delivery resistance, improving the response efficiency of power and thermal management systems.
As automobiles develop towards electrification, intelligence, and highly efficient powertrains, the working environment for sensors is becoming increasingly harsh. The ultra-high temperature resistant fluororesin launched by Shanghai Fluoplus New Material Technology Co., Ltd. is an advanced insulation solution specifically created for extreme automotive conditions. With a long-term operating temperature of up to 300°C, it can be used for the cable insulation of automotive high-temperature oxygen sensors, providing long-lasting and stable insulation support for modern automotive powertrains and electronic control units.
Fluoever New Material: Precision Processing, Driving the Future Automotive Industry
In the upgrading process of the automotive industry, whether it is the core insulation system of the drive motor or the tubeline system for fluid delivery, the essence of its R&D lies in: how to achieve extreme performance reliability in a limited space under extreme conditions (high voltage, high temperature, high-frequency vibration, strong corrosion).
As a professional manufacturer deeply rooted in the field of high-performance films and fluoroplastic products, Fluoever New Material (Shanghai) Co., Ltd. always integrates the concepts of superior quality, customized development, and low-carbon environmental protection into the production of every product. At our upstream core manufacturing base, we have industry-leading process implementation capabilities to ensure that products reach their optimal state at every stage. At the same time, we have a professional technical team and a strict testing and quality control system to ensure that the products delivered to customers are impeccable.
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