English 
+86-157-6313-9515
lina@hezongmaterials.com
lina@hezongmaterials.com
26 Jiashan Road, Chucun Town, Weihai City, Shandong Province, China
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Customizable Specifications
Size customization: Standard sizes include 100×500, 200×300, 400×400, 400×500, 500×500, 500× 600mm, etc. Single sheet customization up to 1500mm×2500mm is supported. It can also be cut into irregular sizes (such as circles, triangles, irregular polygons, etc.) according to requirements.
Thickness customization: The standard thickness is 0.2- 5mm. Customization is supported for ultra-thin versions (0.3mm) and ultra-thick versions (5mm and above). The thickness tolerance can be controlled within ±0.05mm
Customized surface treatment: Default matte/glossy finish, etc
Performance customization: Special performance models such as high-temperature resistance, insulation, flame retardancy, and UV resistance can be customized
Core Advantage
Lightweight and high strength, weight reduction and efficiency improvement: With a density only 1/4 that of steel, its strength is over five times that of steel. While enhancing the structural strength of the product, it significantly reduces the overall weight, helping equipment save energy and reduce consumption as well as increase battery life (such as drones and new energy vehicles).
Full-dimensional customization and precise adaptation: Breaking the limitations of conventional specifications, it offers full-chain customization from size, thickness to performance and process, perfectly matching the personalized needs of different scenarios. No secondary processing is required, reducing procurement and production costs
Excellent environmental adaptability: It has extremely strong corrosion resistance, anti-aging and UV resistance, and can work stably for a long time in harsh environments such as humidity, acid and alkali, high and low temperatures, with a service life far exceeding that of traditional materials
Excellent processing performance: It can undergo various processing such as cutting, drilling, bonding, and welding. The customized process is mature, capable of achieving complex structural shapes and meeting the design requirements of high-end products
Beautiful and durable, it combines functionality and decoration: The classic plain weave texture is fine and delicate. It can be combined with different surface treatment processes to present diverse appearances. It can not only serve as a structural component to bear weight but also as a decorative part to enhance the product's grade
Stable and reliable, quality guaranteed: Utilizing high-quality raw materials and advanced high-temperature and high-pressure curing processes, each batch of products undergoes multiple tests such as tensile, bending, and density tests, and detailed test reports are issued, ensuring controllable and traceable quality
Product Application
In the aerospace field: unmanned aerial vehicle fuselages/wings, satellite components, aviation interior parts, aerospace instrument brackets, etc., the advantage of lightweight is utilized to enhance endurance and payload capacity
In the field of automotive modification: car hoods, rear wings, side skirts, interior panels, chassis components, etc., reducing weight while enhancing the rigidity and aesthetic appeal of the vehicle body
In the field of industrial equipment: guide rails for automation equipment, connecting rods for mechanical arms, protective plates for equipment, bases for testing instruments, etc., are wear-resistant and anti-deformation, enhancing the stability of equipment operation
In the field of sports equipment: badminton racket/tennis racket frames, bicycle frames/forks, skis, surfboards, etc., lightweight and high-strength to enhance sports performance
In the field of medical devices: surgical instrument stents, components of rehabilitation equipment, shells of medical imaging equipment, etc., have good biocompatibility and can meet high-precision requirements
In the field of electronics and electrical appliances: notebook computer shells, mobile phone frames, server heat sinks, etc., they feature lightweight, electrical and thermal conductivity, as well as protective performance
Technical Parameters
| Parameter | Value Range | Remarks |
|---|---|---|
| Density | 1.45–1.7 g/cm³ | Approximately 1/5 of steel, 2/3 of aluminum |
| Thickness | 0.2–60 mm | Standard thickness: 0.2–5 mm, tolerance ±0.05 mm |
| Standard Sizes | 100×500, 200×300, 400×400, 400×500, 500×500, 500×600 mm, etc. | Customizable up to maximum size of 1500×2500 mm |
| Heat Deformation Temperature | ≥120°C | Excellent heat resistance performance |
| Coefficient of Linear Expansion | Low | Good dimensional stability and strong resistance to deformation |
FAQ
1. What parameters are needed for customizing plain carbon fiber plates?
It is recommended to provide detailed dimensions (length × width × thickness), tolerance requirements, surface treatment methods, usage environment (such as temperature, medium), load-bearing requirements, whether processing (drilling, slotting, etc.) is needed and the quantity. If there are drawings, they can be provided directly, and we will provide the best customized solution based on them.
2. What are the differences between plain carbon fiber plates and twill carbon fiber plates? How to choose?
The plain weave carbon fiber plate has uniform weaving density, symmetrical and beautiful appearance, good air permeability and balanced performance in all directions. Twill carbon fiber plates have higher strength and slightly better impact resistance. If high strength and impact resistance are emphasized, twill can be chosen. We can also recommend a suitable weaving method based on your specific needs.
3. What are the installation methods of carbon fiber plates? Is installation guidance provided?
Common installation methods include bonding (with special carbon fiber adhesive), mechanical connection (fixed by drilling bolts), welding, etc. We will provide you with a detailed installation guidance manual based on your product's application and installation scenarios, including installation steps, precautions, recommended tools and consumables, etc
Customizable Specifications
Size customization: Standard sizes include 100×500, 200×300, 400×400, 400×500, 500×500, 500× 600mm, etc. Single sheet customization up to 1500mm×2500mm is supported. It can also be cut into irregular sizes (such as circles, triangles, irregular polygons, etc.) according to requirements.
Thickness customization: The standard thickness is 0.2- 5mm. Customization is supported for ultra-thin versions (0.3mm) and ultra-thick versions (5mm and above). The thickness tolerance can be controlled within ±0.05mm
Customized surface treatment: Default matte/glossy finish, etc
Performance customization: Special performance models such as high-temperature resistance, insulation, flame retardancy, and UV resistance can be customized
Core Advantage
Lightweight and high strength, weight reduction and efficiency improvement: With a density only 1/4 that of steel, its strength is over five times that of steel. While enhancing the structural strength of the product, it significantly reduces the overall weight, helping equipment save energy and reduce consumption as well as increase battery life (such as drones and new energy vehicles).
Full-dimensional customization and precise adaptation: Breaking the limitations of conventional specifications, it offers full-chain customization from size, thickness to performance and process, perfectly matching the personalized needs of different scenarios. No secondary processing is required, reducing procurement and production costs
Excellent environmental adaptability: It has extremely strong corrosion resistance, anti-aging and UV resistance, and can work stably for a long time in harsh environments such as humidity, acid and alkali, high and low temperatures, with a service life far exceeding that of traditional materials
Excellent processing performance: It can undergo various processing such as cutting, drilling, bonding, and welding. The customized process is mature, capable of achieving complex structural shapes and meeting the design requirements of high-end products
Beautiful and durable, it combines functionality and decoration: The classic plain weave texture is fine and delicate. It can be combined with different surface treatment processes to present diverse appearances. It can not only serve as a structural component to bear weight but also as a decorative part to enhance the product's grade
Stable and reliable, quality guaranteed: Utilizing high-quality raw materials and advanced high-temperature and high-pressure curing processes, each batch of products undergoes multiple tests such as tensile, bending, and density tests, and detailed test reports are issued, ensuring controllable and traceable quality
Product Application
In the aerospace field: unmanned aerial vehicle fuselages/wings, satellite components, aviation interior parts, aerospace instrument brackets, etc., the advantage of lightweight is utilized to enhance endurance and payload capacity
In the field of automotive modification: car hoods, rear wings, side skirts, interior panels, chassis components, etc., reducing weight while enhancing the rigidity and aesthetic appeal of the vehicle body
In the field of industrial equipment: guide rails for automation equipment, connecting rods for mechanical arms, protective plates for equipment, bases for testing instruments, etc., are wear-resistant and anti-deformation, enhancing the stability of equipment operation
In the field of sports equipment: badminton racket/tennis racket frames, bicycle frames/forks, skis, surfboards, etc., lightweight and high-strength to enhance sports performance
In the field of medical devices: surgical instrument stents, components of rehabilitation equipment, shells of medical imaging equipment, etc., have good biocompatibility and can meet high-precision requirements
In the field of electronics and electrical appliances: notebook computer shells, mobile phone frames, server heat sinks, etc., they feature lightweight, electrical and thermal conductivity, as well as protective performance
Technical Parameters
| Parameter | Value Range | Remarks |
|---|---|---|
| Density | 1.45–1.7 g/cm³ | Approximately 1/5 of steel, 2/3 of aluminum |
| Thickness | 0.2–60 mm | Standard thickness: 0.2–5 mm, tolerance ±0.05 mm |
| Standard Sizes | 100×500, 200×300, 400×400, 400×500, 500×500, 500×600 mm, etc. | Customizable up to maximum size of 1500×2500 mm |
| Heat Deformation Temperature | ≥120°C | Excellent heat resistance performance |
| Coefficient of Linear Expansion | Low | Good dimensional stability and strong resistance to deformation |
FAQ
1. What parameters are needed for customizing plain carbon fiber plates?
It is recommended to provide detailed dimensions (length × width × thickness), tolerance requirements, surface treatment methods, usage environment (such as temperature, medium), load-bearing requirements, whether processing (drilling, slotting, etc.) is needed and the quantity. If there are drawings, they can be provided directly, and we will provide the best customized solution based on them.
2. What are the differences between plain carbon fiber plates and twill carbon fiber plates? How to choose?
The plain weave carbon fiber plate has uniform weaving density, symmetrical and beautiful appearance, good air permeability and balanced performance in all directions. Twill carbon fiber plates have higher strength and slightly better impact resistance. If high strength and impact resistance are emphasized, twill can be chosen. We can also recommend a suitable weaving method based on your specific needs.
3. What are the installation methods of carbon fiber plates? Is installation guidance provided?
Common installation methods include bonding (with special carbon fiber adhesive), mechanical connection (fixed by drilling bolts), welding, etc. We will provide you with a detailed installation guidance manual based on your product's application and installation scenarios, including installation steps, precautions, recommended tools and consumables, etc
