Carbon/Carbon Sheet

Carbon/carbon sheet is a high-performance composite material, mainly composed of carbon fiber reinforcement and carbon matrix. Due to its unique properties, this kind of plate has been widely used in many fields.

main component

• carbon fiber: As a reinforcement, it provides high strength and high hardness.
• carbon matrix: It is usually made of carbon pyrolysis precursor materials to provide stability and durability of the overall structure.

performance characteristics

• High strength and high hardness: The addition of carbon fiber significantly improves the strength and hardness of the material.
• good thermal stability: Under extreme temperature conditions (such as high and low temperatures), carbon/carbon sheets can still maintain their structural integrity and performance stability.
• light weight: Compared with traditional metal plates, carbon/carbon plates have a lower density, reducing the weight of the overall structure.
• heat resistance: In high temperature environments (up to 1600°C), carbon/carbon sheets can still maintain good mechanical properties.
• corrosion resistance: Excellent resistance to a variety of chemical substances and corrosive environments.
• low thermal expansion coefficient: When the temperature changes, the size of the carbon/carbon plate changes little, which improves the size stability of the structure.

application field

• aerospace: Aircraft engines, rocket components, satellite structures, etc.
• high-end manufacturing: Precision machinery, automobile manufacturing, shipbuilding, etc.
• energy power: Generator sets, transformers, high-pressure containers, etc.
• sporting goods: Professional sports equipment, golf clubs, bicycle parts, etc.

Fastener spring rings, spring pads

Fastener spring rings and spring washers are indispensable components in mechanical connections and are used to prevent nuts or bolts from loosening during work. Compared with traditional metal products (such as stainless steel, bronze, etc.), carbon/carbon elastic rings and elastic pads have higher strength, better high temperature resistance and longer service life.

main component

• carbon fiber: As a reinforcement, it improves the strength and hardness of the material.
• carbon matrix: It is usually made of carbon pyrolysis precursor materials to provide stability and durability of the overall structure.

performance characteristics

• High strength and high hardness: The reinforcement of carbon fiber makes the spring rings and spring pads have higher strength and hardness and can withstand greater loads.
• good thermal stability: In high temperatures (up to 1600°C), carbon/carbon elastic rings and elastic pads can still maintain their structural integrity and anti-loosening properties.
• high temperature resistant: Suitable for extreme high temperature environments, such as aerospace engines, gas turbines, etc.
• corrosion-resistant: Excellent resistance to a variety of chemical substances and corrosive environments, suitable for use in highly corrosive environments such as chemical industries and nuclear reactors.
• low thermal expansion coefficient: Good size stability reduces the risk of loosening caused by temperature changes.
• light weight: Reduce the weight of the overall structure and improve the efficiency of the system.

application field

• aerospace: Engines, gas turbines, rocket parts, etc.
• high-end manufacturing: Precision machinery, automobile manufacturing, shipbuilding, etc.
• energy power: Generator sets, transformers, high-pressure containers, etc.
• chemical: Reactors, pipes, valves, etc.
• nuclear reactor: Connection of key components to ensure long-term stable operation.
• Marine Engineering: Offshore platforms, ship parts, etc.