Ceramic structural parts can be used to manufacture chemical reactor, catalyst, filter and other chemical equipment components.
The application of advanced ceramics in the chemical industry is mainly reflected in the following aspects:
High temperature structural parts: advanced ceramics are widely used in chemical industry in a variety of high temperature structural parts, such as nozzle, heat exchanger, burner plate, high temperature filter, high temperature ball valve, heating elements and so on. These components are able to work stably under extreme high temperature environment to ensure the safety and efficiency of chemical production.
Wear-resisting parts: Because advanced ceramics have high hardness, high wear resistance, is also used in the manufacture of wear-resisting parts, such as bearing, grinding medium, dewatering plate and so on. These parts can withstand strong wear and impact extend the service life of the equipment.
Corrosion resistant parts: in chemical production, many raw materials and products are corrosive, advanced ceramic corrosion resistance makes it become the ideal material for the manufacture of corrosion resistant parts, such as pipeline, ball valve, pump materials and so on. These parts can resist chemical corrosion, to ensure the smooth progress of the chemical process.
Seals and impact structures: Advanced ceramics are also used in the manufacture of seals and impact structures, such as ceramic armor, these components in the chemical industry to protect equipment and prevent chemical leaks.
Filter materials: advanced ceramic materials are also used in the production of filter materials, such as tubular silicon carbide nano-ceramic filter membrane and micro-porous ceramic filter membrane, these materials have good filtration performance, can effectively remove impurities in liquid or gas, to ensure the purity of chemical products.
Application of ceramic parts in chemical industry
1. Making seals: The high hardness and high corrosion resistance of alumina ceramics make it an ideal material for making seals, such as sealing rings, gaskets and so on.
2. Making valves: The wear resistance and corrosion resistance of alumina ceramics make it an ideal material for making valves, such as ball valves, gate valves, etc.
3. Making containers and pipes: The high corrosion resistance and high temperature resistance of alumina ceramics make it an ideal material for making containers and pipes, such as reactors, transportation pipes and so on.
4. Making electrodes and insulators: The excellent electrical properties of alumina ceramics make it an ideal material for making electrodes and insulators, such as spark plugs, insulators, etc.