C/C Composite Fasteners

Semicorex's C/C composite fasteners made from high-performance carbon-carbon composite materials, which undergo precision machining to meet strict standards, all designed specifically for extreme high-temperature conditions. What makes these C/C composite fasteners stand out is their combination of low density, outstanding high-temperature resistance, superior thermal stability, and exceptional chemical resistance. These qualities together deliver a fastening solution that’s safe, dependable, and long-lasting, perfectly suited for high-end equipment.

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Product Description

When it comes to the base material, C/C composites are truly advanced high-performance options. They use carbon as the matrix, while carbon fibers and their fabrics take on the role of reinforcements, this structure is what gives the composites their impressive performance capabilities. Low density, high strength, high specific modulus, strong wear resistance, excellent thermal shock resistance and outstanding high-temperature resistance are the remarkable qualities that C/C composites display. Due to their exceptional properties, C/C composites have irreplaceable application value in extreme environments such as those characterized by high temperatures, high stresses, and high friction, making them a crucial material for modern industrial and technological development.

The technical index:

The technical index	C/C composite fasteners
Density	≥1.5 g/m^3
Ash content	≤80 ppm
Tesnile strength	80-180 Mpa
Compression strength	50-150 Mpa
Carbon content	≥98 %
Processing temperature	≤2400 ℃

Semicorex provides high-end customized services to our valued customers. Using advanced CNC machining centers, Semicorex meticulously and precisely processes C/C composite materials to create fasteners with specific shapes and sizes tailored to customer specifications. In order to serve customers with high-quality products, Semicorex's C/C composite fasteners must undergo strict quality inspections such as dimensional accuracy, strength, hardness and other performance tests before leaving the factory.

The application scenarios

1.Aerospace field: Used as key connectors for aircraft braking systems, engine components, and thermal protection systems of spacecraft.

2.Photovoltaic and semiconductor industries: Used to fix and support the thermal field components of Czochralski furnaces (such as crucibles, guide tubes, insulation barrels, etc.).

3.Automotive industry: Applied to high-performance brake discs, clutches and other components.

4.Nuclear energy field: Used to connect high-temperature components of nuclear reactors.