Carbon Carbon Crystallizer Tanks

Semicorex Carbon Carbon Crystallizer Tanks are cutting-edge industrial components designed for high-temperature and corrosive environments. These Carbon Carbon Crystallizer Tanks are constructed from advanced Carbon-Carbon composite materials, offering exceptional thermal stability, mechanical strength, and chemical resistance. They are widely used in industries such as metallurgy, semiconductor manufacturing, and chemical processing, where extreme conditions demand superior material performance.

Carbon Carbon Crystallizer Tanks are made of Carbon-carbon composite materials, it is a type of composite materials that are processed through a specific process with carbon fiber as the reinforcement material and deposited carbon (such as pyrolytic carbon or solid carbon formed by pyrolysis of polymer materials) as the matrix material. It is almost entirely carbon element, composed of resin carbon, carbon fiber, and pyrolytic carbon, and has an extremely high carbon content.

Carbon-carbon composite materials are a type of carbon fiber composite material, with carbon fiber as the reinforcement material and deposited carbon as the matrix material. Carbon fiber composite materials are a general term for composite materials formed by using carbon fiber as the reinforcement and resin, carbon, metal, ceramic, etc. as the matrix. According to the different matrix materials, they are mainly divided into carbon fiber reinforced resin-based composite materials, carbon-carbon composite materials, and carbon fiber reinforced metal-based composite materials. Common carbon fiber composite materials are resin-based carbon fibers with resin as the matrix, such as wind turbine blades and rackets, which are all resin-based carbon fibers. The matrix of C/C composites is carbon. Since it is almost entirely composed of elemental carbon, it has extremely excellent high temperature resistance. At the same time, it inherits the strong mechanical properties of carbon fiber and has been industrialized earlier in the field of national defense.

C/C composites have excellent comprehensive performance, with the characteristics of low density, high specific strength, high specific modulus, high thermal conductivity, low thermal expansion coefficient, good fracture toughness, wear resistance, and ablation resistance. In particular, unlike other materials, the strength of C/C composites will not decrease but may increase with the increase of temperature. It is an excellent heat-resistant material, and therefore it has been first industrialized in rocket throat liners. As a composite material of graphite and carbon fiber, C/C composites inherit the excellent mechanical properties and processing properties of carbon fiber, while also having the heat resistance and corrosion resistance of graphite, and have become a strong competitor to graphite products.

Applications of Carbon Carbon Crystallizer Tanks

1. Metallurgical Industry

Carbon-Carbon Crystallizer Tanks are extensively used in metal casting and purification processes. Their ability to endure extreme temperatures and rapid thermal cycling makes them essential for producing high-purity metals and alloys.

2. Semiconductor Manufacturing

In the semiconductor industry, C/C crystallizers play a crucial role in silicon and compound semiconductor crystal growth. Their low contamination properties and high thermal efficiency ensure optimal crystal formation.

3. Chemical Processing

Carbon-Carbon tanks are ideal for chemical vapor deposition (CVD) and high-temperature chemical reactions, where conventional metal or ceramic materials would degrade over time.