Product Description
Foam ceramics is a kind of foam-like porous ceramics, which is the third generation of porous ceramic products developed in recent years following the ordinary porous ceramics and honeycomb porous ceramics. This high-tech ceramic has three-dimensional connected pores, while its shape, pore size, permeability, specific surface area and chemical properties can be moderately adjusted to change, the product is like “toughened foam” or “porcelain sponge”. As a new type of inorganic non-metallic filter material, foam ceramic has the advantages of light weight, high strength, high temperature resistance, corrosion resistance, simple regeneration, long service life and good adsorption performance. Compared with the traditional ceramic particles sintered body, glass fiber cloth and other filters, it is not only easy to operate, energy saving, low cost, but also better filtration effect. Foam ceramics can be widely used in metallurgy, chemical industry, light industry, food, environmental protection, energy saving and other fields.
Product Characteristics
1. High temperature stability: Silicon carbide foam ceramics can maintain stability at extremely high temperatures, and can withstand high temperatures, thermal shock and rapid temperature changes.
2. Lightweight: Its foam structure makes it very lightweight, making it suitable for applications that require light weight but high strength.
3. High thermal conductivity: Silicon carbide foam ceramics have excellent thermal conductivity and can be used in heat sinks and high-temperature thermal conductivity applications.
4. Chemically Inert: It is highly resistant to many chemicals and can therefore be used in corrosive environments.
5. High surface area: Its foam structure provides a large surface area for catalytic and filtration applications.
Customizability: Silicon carbide foam ceramics can be customized with different porosities, sizes and shapes.
Product Applications
1. Thermal management: Due to its high thermal conductivity, silicon carbide foam ceramics are commonly used in electronic heat sinks, high-temperature heat exchangers and thermal protection materials.
2. Filtration and Separation: It can be used as a gas and liquid filter to remove particles and impurities, and can also be used to separate chemical substances.
3. Catalyst Support: With its high surface area, it is used for catalyst immobilization and support.
4. Aerospace: Due to their light weight and high temperature stability, silicon carbide foam ceramics are used in aerospace applications such as combustion chamber insulation and heat conducting components.
5. chemical engineering: for chemical engineering applications such as corrosion-resistant and high-temperature reactors, pipes and tanks.
6. energy sector: can be used in solar thermal power plants, fuel cells and energy storage systems in the thermal insulation and thermal conductivity of the material.
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