To some extent, silicon carbide heat exchanger is a relatively new type of heat exchange equipment, which can work in almost all corrosive liquid environments, and is a favorite in the industry.
The use of silicon carbide heat exchanger is not afraid of any bad working environment, and it still has good heat exchange effect even under strong acid and alkali. Its corrosion resistance is quite excellent.
In addition, it has quite good thermal conductivity. This is a must for an excellent heat exchanger. Due to the difference in material properties, the thermal conductivity of silicon carbide heat exchanger is almost twice that of graphite. It should be known that the thermal conductivity of graphite equipment is already excellent. This makes the performance of silicon carbide equipment far better than that of similar products, and it can be said arrogantly that none of them can play.
At present, the raw materials used in the silicon carbide heat exchanger belong to the same kind of equipment with good hardness Z, twice the hardness of tungsten carbide, which makes it completely free from penetration even under the conditions of high temperature and high pressure. It can make the medium pass through at a high speed, and has excellent performance in heat exchange efficiency. It does not pollute the medium, and is a very clean material.
In addition to the above advantages, the silicon carbide heat exchanger also has an excellent performance that is highly praised by enterprises, that is, a relatively long and effective service life, which enables it to be used for a longer time than ordinary products, ensures the continuity of industrial production, and greatly reduces the production cost of enterprises.
