Description
Structure and performance
Super wear and corrosion resistance:
Silicon carbide material has high hardness (Mohs hardness 9), second only to diamond, and has excellent wear resistance and corrosion resistance.
The flow-through parts of the pump are made of silicon carbide ceramics, and the service life is 3-6 times that of traditional alloy pumps.
High efficiency and energy saving:
Adopting internationally advanced hydraulic model design and optimized banana-shaped blade structure to ensure high efficiency and low energy consumption.
The efficiency does not decrease after the impeller wears, and it can maintain efficient operation for a long time.
Modular design:
The pump body adopts a petal structure for easy installation and maintenance.
The parts are highly standardized, interchangeable, and have low maintenance costs.
Reasonable structure and convenient maintenance:
The pump shaft adopts a dry structure, which does not contact the slurry to avoid corrosion.
Equipped with an axial adjustment device, the pump can always run at the high efficiency point.
High reliability:
The mechanical seal and bracket assembly of the pump are completely interchangeable with the metal pump to ensure high reliability.
It can be used in multiple stages in series to meet high head requirements.
Materials used
Silicon carbide materials are suitable for any environment with a pH value of 1 to 14, are not limited by the concentration of chloride and fluoride in the slurry, and have strong wear resistance.
Scope of application
Mining:
Ball mill circulation pump, tailings conveying pump, concentrator underflow pump.
Foam conveying pump, suitable for slurry with high foam coefficient.
Chemical and metallurgical:
Applicable to hydrometallurgy, nonferrous metallurgy, rare earth mines and other working conditions.
Used to convey highly corrosive and highly abrasive slurries.
Environmental protection and desulfurization:
Absorber circulation pump, limestone slurry pump, gypsum discharge pump.
Applicable to the transportation of high-concentration and highly corrosive slurries.
Electricity and building materials:
Desulfurization system and tailings conveying of thermal power plants.
Applicable to the transportation of high-concentration and highly abrasive slurries.
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