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Product Description:

Silicon carbide DPF

Our company mainly sells gasoline/diesel catalytic converters
This product is: silicon carbide DPF
Latest Inventory - In Stock
The price is real and valid / bulk purchase please contact us / discount offer
The products come from a joint venture: quality assurance, no pressure value problem
Coating: None
This product is a precious metal coated DPF, and the installation will not cause P2002 P2003 and other failures

Characteristics of Recrystallized Sintered Silicon Carbide Process
Recrystallized sintered silicon carbide is a commonly used sintering process that has some unique characteristics. Here, we will provide a detailed explanation of these characteristics and comply with the central extension requirements of the title.
Recrystallized sintered silicon carbide is a high-temperature sintering process used to prepare high-performance silicon carbide ceramic materials. Its characteristics are as follows:

1. High sintering temperature: The sintering temperature of recrystallized sintered silicon carbide is usually above 2000 degrees Celsius. This high temperature can cause silicon carbide particles to quickly melt and form a dense microstructure. High temperature sintering can also promote atomic diffusion between particles, thereby improving the grain boundary bonding strength of the material.
2. High hardness and strength: Recrystallized sintered silicon carbide has extremely high hardness and strength. Silicon carbide is a ceramic material with very high hardness, which is close to diamond hardness. Through recrystallization sintering process, the hardness and strength of silicon carbide can be further improved, making it have excellent wear and corrosion resistance.
3. 3. Good high temperature resistance: Recrystallized sintered silicon carbide has excellent high temperature resistance. It can operate stably for a long time in high temperature environments without softening or melting. This makes recrystallized sintered silicon carbide widely used in high-temperature furnaces and high-temperature equipment.
4. Excellent thermal conductivity: Silicon carbide is an excellent thermal conductor, and the thermal conductivity of recrystallized sintered silicon carbide is even better. It can quickly conduct heat and has good thermal stability. This makes recrystallized sintered silicon carbide widely used in high-power electronic devices and high-temperature heat sinks.
5. 5. Low density and lightweight: Recrystallized sintered silicon carbide has a relatively low density, making it an ideal choice for lightweight design. Low density can reduce the weight and inertia of equipment, improve its operational efficiency and response speed.
6. Characteristics of superhard materials: Recrystallized sintered silicon carbide has similar hardness and wear resistance to diamond, and is therefore widely used in fields such as wear and cutting tools, ceramic bearings, and seals. Its high hardness can effectively resist external wear and impact, extending its service life.
7. Difficult to process: Recrystallized sintered silicon carbide is difficult to process into complex shapes and details due to its high hardness and brittleness. Special processes such as grinding and cutting are usually required to prepare the desired shape and size.

Recrystallized sintered silicon carbide is a high-performance ceramic material with special characteristics. It has the advantages of high hardness, high strength, high temperature resistance, good thermal conductivity, low density, and lightweight. Despite its high processing difficulty, recrystallized sintered silicon carbide is still an ideal material choice in special environments such as high temperature, high wear, and high load.