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 100×500mm, 200×300mm, 400×400mm, 500×500mm, 500×600mm, etc. Single sheet customization up to 1500mm×2500mm is supported. It can be cut into rectangular, irregular and other sizes as required, with a cutting accuracy of ±0.05mm
Thickness customization: Standard thickness 0.2- 5mm, tolerance ± 0.05mm. Thick plates can be customized as required
Weaving and performance customization: Supports twill Angle customization and weaving density customization; Customizable hybrid woven structure (twill + plain weave); It can be upgraded with special properties such as high-temperature resistance, flame retardancy, UV resistance and corrosion resistance
Surface and process customization: Default matte/glossy finish. Customized surface treatments such as sandblasting, film coating, adhesive application, and CNC engraving are available
Core Advantage
Balanced in all directions and excellent impact resistance: The twill woven structure ensures balanced mechanical properties in both the longitudinal and transverse directions of the product. Its impact resistance and fracture resistance are superior to those of plain carbon fiber plates, making it suitable for multi-directional force scenarios and balancing structural strength and usage safety
Outstanding texture, combining beauty and practicality: The unique twill interwoven texture, when combined with different surface treatment processes, can present a high-end texture. It can not only serve as a core structural component to bear force but also as an exterior decorative part to enhance the product's grade, meeting the aesthetic requirements of high-end equipment
Full-dimensional customization, suitable for diverse scenarios: From size, thickness, weaving parameters to performance and process, the entire chain can be customized, breaking the limitations of conventional specifications, no secondary processing is required, precisely matching the personalized needs of different industries, and reducing procurement and processing costs
Lightweight and highly efficient, with significant weight reduction and efficiency improvement: Its density is only 1/4 of that of steel. While ensuring high strength and impact resistance, it significantly reduces the structural weight. It is widely used in fields with high weight reduction demands such as automotive modification and aviation interiors, enhancing the overall performance of products
Strong environmental adaptability and long service life: It has extremely strong corrosion resistance (acid and alkali resistance, salt spray resistance), anti-aging and anti-ultraviolet properties. It can work stably for a long time in harsh environments such as high and low temperatures, humidity and Marine salt spray, and its service life is 3 to 5 times that of traditional metal materials
Product Application
In the field of automotive modification: car hoods, rear wings, side skirts, interior panels, steering wheels, sill strips, etc., combine lightweight, high strength and high-end texture, enhancing vehicle performance and appearance grade
In the aerospace field: aircraft interior parts (seat frames, decorative panels), unmanned aerial vehicle fuselage/wings, satellite auxiliary structural components, etc., are lightweight, high-strength and have excellent appearance texture, meeting the quality requirements of aviation grade
In the high-end equipment field: industrial robot shells, precision instrument protective covers, high-end medical device shells, etc., they are impact-resistant, corrosion-resistant, and take into account both structural stability and aesthetic appearance
In the field of sports equipment: badminton racket/tennis racket frames, bicycle frames/forks, skis, surfboards, rowing paddles, etc., with balanced mechanics in all directions, enhance the handling performance and durability of sports equipment
In the field of ships and yachts: yacht interior panels, ship deck components, propeller fairings, etc., are resistant to seawater corrosion and impact, and are suitable for long-term use in Marine environments
In the field of electronic devices: notebook computer casings, mobile phone frames, high-end audio casings, etc., are lightweight and portable, have good heat dissipation, and at the same time possess high-end decorative effects
Technical Parameters
| Parameter | Numerical Range | Notes |
|---|---|---|
| Density | Approximately 1.55 g/cm³ | Typical value for T300 and T700 grades, about 1/5 of steel, offering significant lightweight advantages |
| Thickness | 0.2–100 mm | Standard thickness: 0.2–5 mm, tolerance ±0.05 mm; thick plates can be customized as needed |
| Standard Size | 100×500 mm, 200×300 mm, 400×400 mm, 500×500 mm, 500×600 mm, etc. | Customizable maximum size up to 1500×2500 mm |
| Heat Deflection Temperature | ≥120°C | Excellent high-temperature resistance, suitable for temperature requirements in most industrial and civil applications |
| Coefficient of Linear Thermal Expansion | Low (≈1.5×10⁻⁶ /°C) | High dimensional stability, resistant to deformation under varying ambient temperatures |
FAQ
1. What key parameters are needed for customizing twill carbon fiber plates?
It is recommended to provide detailed requirements: 1. Dimensions (length × width × thickness) and tolerance requirements; 2. Appearance requirements (twill Angle, weaving density, surface treatment method); 3. Usage environment (temperature, medium, whether it is outdoor/Marine environment); 4. Mechanical property requirements (such as impact resistance and load-bearing capacity); 5. Deep processing requirements (such as drilling, slotting, and hollowing out); 6. Order quantity and delivery time. Providing drawings can further enhance the accuracy of customization, and we will optimize the plan based on this.
2. What are the differences between twill carbon fiber plates and plain or unidirectional carbon fiber plates? How to choose?
The core differences lie in mechanical properties and appearance: The twill board has balanced mechanics in all directions, excellent impact resistance, and beautiful texture. Plain weave plates have uniform weaving, good air permeability, balanced performance in all directions, but slightly weaker impact resistance. Unidirectional plates have extremely high longitudinal strength but relatively weak transverse strength, making them suitable for directional load-bearing. Selection suggestion: If you need to balance multi-directional force, impact resistance and appearance texture, choose the twill board. If uniform texture and versatility are emphasized, choose plain grain board. If directional high-intensity load-bearing is required, choose a unidirectional plate. We can provide selection suggestions based on the scenario.
Customizable Specifications
Size customization: Standard sizes include 100×500mm, 200×300mm, 400×400mm, 500×500mm, 500×600mm, etc. Single sheet customization up to 1500mm×2500mm is supported. It can be cut into rectangular, irregular and other sizes as required, with a cutting accuracy of ±0.05mm
Thickness customization: Standard thickness 0.2- 5mm, tolerance ± 0.05mm. Thick plates can be customized as required
Weaving and performance customization: Supports twill Angle customization and weaving density customization; Customizable hybrid woven structure (twill + plain weave); It can be upgraded with special properties such as high-temperature resistance, flame retardancy, UV resistance and corrosion resistance
Surface and process customization: Default matte/glossy finish. Customized surface treatments such as sandblasting, film coating, adhesive application, and CNC engraving are available
Core Advantage
Balanced in all directions and excellent impact resistance: The twill woven structure ensures balanced mechanical properties in both the longitudinal and transverse directions of the product. Its impact resistance and fracture resistance are superior to those of plain carbon fiber plates, making it suitable for multi-directional force scenarios and balancing structural strength and usage safety
Outstanding texture, combining beauty and practicality: The unique twill interwoven texture, when combined with different surface treatment processes, can present a high-end texture. It can not only serve as a core structural component to bear force but also as an exterior decorative part to enhance the product's grade, meeting the aesthetic requirements of high-end equipment
Full-dimensional customization, suitable for diverse scenarios: From size, thickness, weaving parameters to performance and process, the entire chain can be customized, breaking the limitations of conventional specifications, no secondary processing is required, precisely matching the personalized needs of different industries, and reducing procurement and processing costs
Lightweight and highly efficient, with significant weight reduction and efficiency improvement: Its density is only 1/4 of that of steel. While ensuring high strength and impact resistance, it significantly reduces the structural weight. It is widely used in fields with high weight reduction demands such as automotive modification and aviation interiors, enhancing the overall performance of products
Strong environmental adaptability and long service life: It has extremely strong corrosion resistance (acid and alkali resistance, salt spray resistance), anti-aging and anti-ultraviolet properties. It can work stably for a long time in harsh environments such as high and low temperatures, humidity and Marine salt spray, and its service life is 3 to 5 times that of traditional metal materials
Product Application
In the field of automotive modification: car hoods, rear wings, side skirts, interior panels, steering wheels, sill strips, etc., combine lightweight, high strength and high-end texture, enhancing vehicle performance and appearance grade
In the aerospace field: aircraft interior parts (seat frames, decorative panels), unmanned aerial vehicle fuselage/wings, satellite auxiliary structural components, etc., are lightweight, high-strength and have excellent appearance texture, meeting the quality requirements of aviation grade
In the high-end equipment field: industrial robot shells, precision instrument protective covers, high-end medical device shells, etc., they are impact-resistant, corrosion-resistant, and take into account both structural stability and aesthetic appearance
In the field of sports equipment: badminton racket/tennis racket frames, bicycle frames/forks, skis, surfboards, rowing paddles, etc., with balanced mechanics in all directions, enhance the handling performance and durability of sports equipment
In the field of ships and yachts: yacht interior panels, ship deck components, propeller fairings, etc., are resistant to seawater corrosion and impact, and are suitable for long-term use in Marine environments
In the field of electronic devices: notebook computer casings, mobile phone frames, high-end audio casings, etc., are lightweight and portable, have good heat dissipation, and at the same time possess high-end decorative effects
Technical Parameters
| Parameter | Numerical Range | Notes |
|---|---|---|
| Density | Approximately 1.55 g/cm³ | Typical value for T300 and T700 grades, about 1/5 of steel, offering significant lightweight advantages |
| Thickness | 0.2–100 mm | Standard thickness: 0.2–5 mm, tolerance ±0.05 mm; thick plates can be customized as needed |
| Standard Size | 100×500 mm, 200×300 mm, 400×400 mm, 500×500 mm, 500×600 mm, etc. | Customizable maximum size up to 1500×2500 mm |
| Heat Deflection Temperature | ≥120°C | Excellent high-temperature resistance, suitable for temperature requirements in most industrial and civil applications |
| Coefficient of Linear Thermal Expansion | Low (≈1.5×10⁻⁶ /°C) | High dimensional stability, resistant to deformation under varying ambient temperatures |
FAQ
1. What key parameters are needed for customizing twill carbon fiber plates?
It is recommended to provide detailed requirements: 1. Dimensions (length × width × thickness) and tolerance requirements; 2. Appearance requirements (twill Angle, weaving density, surface treatment method); 3. Usage environment (temperature, medium, whether it is outdoor/Marine environment); 4. Mechanical property requirements (such as impact resistance and load-bearing capacity); 5. Deep processing requirements (such as drilling, slotting, and hollowing out); 6. Order quantity and delivery time. Providing drawings can further enhance the accuracy of customization, and we will optimize the plan based on this.
2. What are the differences between twill carbon fiber plates and plain or unidirectional carbon fiber plates? How to choose?
The core differences lie in mechanical properties and appearance: The twill board has balanced mechanics in all directions, excellent impact resistance, and beautiful texture. Plain weave plates have uniform weaving, good air permeability, balanced performance in all directions, but slightly weaker impact resistance. Unidirectional plates have extremely high longitudinal strength but relatively weak transverse strength, making them suitable for directional load-bearing. Selection suggestion: If you need to balance multi-directional force, impact resistance and appearance texture, choose the twill board. If uniform texture and versatility are emphasized, choose plain grain board. If directional high-intensity load-bearing is required, choose a unidirectional plate. We can provide selection suggestions based on the scenario.
