ZAC horizontal ceramic pump
The integration of metal and ceramic materials is achieved using composite silicon carbide material. This design combines the advantages of both metal and ceramic materials. The special silicon carbide ceramics possess excellent wear resistance, corrosion resistance, and high-temperature resistance, which can protect the critical components of the pump in harsh working environments and extend the service life of the pump. Meanwhile, the metal skeleton layer provides strength and stability, ensuring that the pump can withstand significant pressure and impact forces during operation.

Why Choose a silicon carbide ceramic slurry pump?
More Wear-resistant
Under the same working conditions in the mining industry, the service life is 3 to 8 times that of metal pumps.The wear-resistant parts are made of ceramic materials, which have good performance and impact resistance.
More efficient
Less performance loss can ensure long time in the high-efficiency zone.With less wear and high efficiency, it is more energy-saving.
Maintenance-free and more reliable
Suitable for large particles, high concentration, and high abrasion.Customized special mechanical seal. Customized ceramic shaft sleeve.
Synchronized service life
With locally strengthened design, the patented integrated molding scheme can be adopted.

Applications of ceramic pumps

The ceramic pump is made of reaction-sintered silicon carbide ceramic and can be interchangeable with metal/rubber pumps. The ceramic pump has many unique advantages. Reaction-sintered silicon carbide ceramic has excellent wear resistance, corrosion resistance and high-temperature resistance. In harsh working environments, it can effectively resist the erosion of abrasive media and extend the service life of the pump.

Comparison of silicon carbide ceramics with different wear-resistant materials under the same working conditions

Compared with other metal/non-metal materials applied in slurry pumps, reaction-bonded silicon carbide is far ahead in wear resistance and is an important wear-resistant material leading th future development of slurry pumps.

*For more pump models, please contact our specialists or email us for consultation.