Ceramic Slurry Pump

1）：Ceramic Slurry Pump Raw Materials
Ceramic pump is a kind of pump made of ceramic material, and its main raw materials include ceramic material, metal material and sealing material.

1. Ceramic materials
   Ceramic materials used in ceramic pumps are usually alumina, silicon carbide, silicon nitride and so on. Among them, alumina ceramic is the most commonly used material, with high hardness, high wear resistance, good corrosion resistance and other advantages. Silicon carbide ceramics are mainly used in the transportation of grain media such as acid, alkali and salt. Silicon nitride ceramics have higher hardness and better resistance to sand and corrosion, and are suitable for media where the fluid contains more particles or solid particles.

2. Metal materials
   The metal materials used in ceramic pumps are generally stainless steel, titanium alloy, copper and so on. These metal materials have good strength and corrosion resistance, which can ensure the stability and durability of the pump.

3. Seal materials
   The sealing materials used in ceramic pumps are usually tetrafluoroethylene, silicon carbide and so on. These materials have good corrosion resistance and high temperature resistance, and can achieve better sealing effect without affecting the service life of the pump.

2）： Description
Huatao can provide ceramic slurry pumps, ceramic desulfurization pumps, metal slurry pumps, rubber lined pumps and other kinds of pump equipment. The products have excellent performance and reliability, and can operate stably under various complicated working conditions, providing a strong guarantee for fluid transportation in many industries. With strict quality assurance system and complete after-sales service network, we have laid a solid foundation for enterprise development. Our products are suitable for conveying slurry environment with high concentration, large particles, abrasive, corrosive and high temperature (≤90℃). Within the maximum allowable working pressure of the pump, it can be used in multi-stage series.
Performance Parameters:    

Outlet diameter: 50～450 (mm)
Flow range: 20～6000m3/h
Range of head: 10～80m

3）：Three Advantages
1, corrosion resistance:
High-temperature sintered silicon carbide ceramic hardness is very large, Mohs hardness of 9.5, second only to the world's hardest diamond (10), the research tests and practical use of its wear resistance is Cr26, Cr30 and other high-chromium wear-resistant alloys, proved to be more than 3-10 times.
2, corrosion resistance:
Good chemical stability, can resist the corrosion of almost all inorganic acids, organic acids and alkalis, and has excellent oxidation resistance. In addition to hydrofluoric acid and hot concentrated alkali. Research tests and practical use has proved that its corrosion resistance is far better than Cr30, 2205, 2605N and other corrosion-resistant metal materials.
3, impact resistance:
High-temperature sintered silicon carbide ceramics itself has a strong anti-load characteristics, combined with the over-flow components inlaid metal skeleton or external armor structure, more enhanced to overcome the impact of large particles and steel balls on the components.
4, prolong life:
Under the same working conditions, the service life of high-temperature sintered silicon carbide ceramic overflow parts (impeller, pump body, guard plate, sheath, etc.) is 3-10 times longer than that of metal overflow parts.
5, reduce the cost of parts:
In the same use cycle, the use of high-temperature sintered silicon carbide ceramic pumps relative to metal pumps, will reduce the cost of spare parts by 40%.
6, improve efficiency, energy saving:
Due to the high temperature sintered silicon carbide ceramic pump overflow parts with wear-resistant corrosion resistance and other advantages, low wear rate of overflow parts to ensure that the ceramic pump to maintain long-term high efficiency and stable operation, under the same conditions, in a use cycle, the efficiency increased by more than 5%, will save energy consumption.
7, reduce the frequency of maintenance, improve production efficiency:
Long service life of overcurrent parts, low replacement and maintenance frequency, high operating efficiency, improve productivity, reduce the overall cost of use

4）：Application industry
Widely used in metallurgy, mining, chemical industry, dredging, coal, power plants, building materials and other industries wear-resistant and corrosion-resistant working conditions.
Mining industry: iron ore, copper, molybdenum, gold, nickel, lead-zinc, manganese, tin, phosphorus, coal, quartz sand and so on.
Metallurgical industry: steel plant, iron plant, alumina, copper and cobalt, lead and zinc, gold and silver, etc.
Chemical industry: coal chemical industry, phosphorus chemical industry, petrochemical industry, etc.
Power industry: power plant ash removal, power plant flue gas desulfurization, etc.