Your Professional Carbon Fiber Composite Plate Supplier
Our factory is located on Taihang Avenue in Huaxian City, Henan Province, covering an area of 100 acres. It has several large manufacturing workshops including semiconductor, diamond saw blades, vacuum furnace graphite accessories, etc. It is equipped with advanced CNC centers and large machine tools from both domestic and international sources. We have deep cooperation with several graphite mining companies in China.
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![Customized Battery Stack Graphite Plate Manufacturer]()
Customized Battery Stack Graphite Plate ManufacturerOur factory specializes in the customized production of graphite plates specifically for fuel cell stacks. The plates are specially designed to optimize the overall performance of the fuel cell -
![High Conductivity Graphite Bipolar Plate]()
High Conductivity Graphite Bipolar PlateThis type of electrode plate is made from carbon nanotubes doped with modified high-purity graphite raw materials. It features extremely low internal resistance and high conductivity core -
![Isostatic Graphite Bipolar Plate]()
Isostatic Graphite Bipolar PlateThis product is made from 300MPa fully isotropic hot-press molded graphite substrate, leveraging the material's isotropic core characteristics to meet the requirements of both hydrogen fuel cell -
![Impermeable Graphite Bipolar Plate]()
Impermeable Graphite Bipolar PlateThe non-permeable graphite bipolar plate uses a multi-sealing impregnation process to seal the internal micropores of the graphite, preventing the penetration of gases and acidic electrolytes. It is -
![Redox Flow Battery Graphite Bipolar Plate]()
Redox Flow Battery Graphite Bipolar PlateThis product is specially designed for all-vanadium and iron-chromium redox liquid flow energy storage batteries, and is suitable for large-power long-duration energy storage station stacks. The -
![PEMFC Graphite Separator Plate]()
PEMFC Graphite Separator PlateThis PEMFC sealed graphite separator is specifically designed for small and medium-sized proton exchange membrane fuel cell stacks, performing multiple functions such as gas diversion, heat -
![Resin Impregnated Graphite Bipolar Plate]()
Resin Impregnated Graphite Bipolar PlateThe resin-impregnated graphite bipolar plate is based on isostatic pressed graphite and is vacuum-impregnated with resin to seal the internal pores, thereby addressing the common problem of hydrogen -
![Hydrogen Fuel Cell Graphite Bipolar Plate]()
Hydrogen Fuel Cell Graphite Bipolar PlateHydrogen fuel cell graphite bipolar plates are the core conductive, gas-conducting, and heat-dissipating structural components of PEMFC proton exchange membrane stacks. They are primarily used to -
![High-strength Carbon Fiber Composites]()
High-strength Carbon Fiber CompositesHigh-strength carbon fiber composite materials: Specifically designed for extreme conditions, they balance lightweight with high strength and toughness.We are committed to the research, development, -
![Carbon Fiber for Flow Batteries]()
Carbon Fiber for Flow BatteriesCarbon Fiber for Liquid Flow Batteries: An Efficient Energy Storage SolutionThe carbon fiber specifically designed for liquid flow batteries boasts outstanding performance and has become the core -
![Carbon Fiber Energy Storage System]()
Carbon Fiber Energy Storage SystemApplication of Carbon Fiber in Energy Storage Systems: High-Efficiency Material SolutionThe application of carbon fiber in energy storage systems, with its outstanding performance, has become a core -
![High-temperature Carbon Fiber Composites]()
High-temperature Carbon Fiber CompositesHigh-temperature resistant carbon fiber composite materials: High-performance solutions for extreme environmentsHigh-temperature resistant carbon fiber composite materials, with their outstanding
why choose us
Professional Team
After the reform in 2011, the company now has more than 200 employees and a 60-person R&D team.Since 2015, the company has established a strong foreign trade service team and a foreign trade system, providing better services to global partners.
Production Market
We began exporting to various countries in Europe and Asia in 2015. The annual export volume is 5,000 tons, and we produce 1.5 million sets of customized graphite products each year. We have also signed long-term strategic cooperation agreements with multiple foreign companies.
Quality Control
We strictly control the quality and precision. We conduct thorough inspections on the design and packaging of the materials to enhance the perfection of the finished products.
Foreign Trade Market
Main customers distribution: Korea, Japan, Indonesia, Malaysia, Taiwan, South Africa, Russia, Austria, Germany, UK, Spain, France, Italy, Luxemburg, USA, Australia, New Zealand, Argentina etc.
Carbon Fiber Composite Plate Specifications
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Customized Size |
400*500mm;500*500mm;500*600mm,500*1000mm,1000*1200mm,1200*1500mm |
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Thickness |
0.3mm - 50mm (Custom Sizes Supported); |
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Surface Weave |
Plain, Twill, Unidirectional; |
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Surface |
Glossy, Matte, Anti-Static Coating; |
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Tensile Strength |
3500 MPa (Higher Grades Available); |
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Density |
1.55 g/cm³ (40% Lighter than Aluminum, 70% Lighter than Steel); |
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Modulus |
230 GPa (Ultra-High Rigidity, Deformation Resistance);Corrosion, UV & Chemical Resistance; |
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Operating Temperature |
-50°C to +150°C; |
Lightweight & Strong: Extremely high strength-to-weight and stiffness-to-weight ratios, much better than steel or aluminum.
High Stiffness: Resists bending and flexing, providing excellent structural integrity.
Durable & Resilient: High impact resistance, long lifespan, and resistance to wear, fatigue, and corrosion.
Thermal Properties: Good heat resistance, low thermal expansion (less warping with temperature changes).
Design Flexibility: Can be molded into complex shapes and come in various weaves (like plain or twill) for different aesthetics and properties.
Customizable Properties: Properties (strength, conductivity) can be tailored by changing fiber type, resin, orientation, and weave.
Autoclave-Cured Carbon Fiber Plates
Autoclave-cured CF plates are made by laying multiple layers of carbon fiber fabric and resin into a mold, which is then placed into an autoclave. The autoclave applies pressure and heat to the mold, causing the resin to cure and the fibers to bond together. This process results in a high-quality, lightweight, and strong carbon fiber plate.
Hand-Laid Carbon Fiber Plates
Hand-laid CF plates are made by laying multiple layers of carbon fiber fabric and resin by hand, in a similar fashion to vacuum infusion sheets. Hand-laid plates are then placed under pressure to ensure a uniform distribution of resin and to minimize the voids or air pockets that may form during the curing process.
Applications
Aerospace
Carbon fiber is used in the manufacture of aircraft components, including fuselage panels, wing skins, and engine nacelles.
Motorsports
Carbon fiber is used in the manufacture of high-performance racing vehicles, including chassis, body panels, and suspension components.
Construction
Carbon fiber is used in the reinforcement of concrete structures, such as bridges and building foundations, to increase their strength and durability.
Sporting goods
Carbon fiber is used in the manufacture of high-performance sports equipment, including golf clubs, fishing rods, and bicycle frames.
Shipping
Package:
Veneer cases or wooden cases or according to customers’requirement.
Delivery time:
3-20 days after confirming order,detail delivery date should be decided according to production season and order quantity.
FAQ
As one of the most professional carbon fiber composite plate manufacturers and suppliers in China, we're featured by quality products and good price. Please feel free to buy high-grade carbon fiber composite plate for sale here from our factory.
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