
10-8F-MMR Slurry pump
Manufacturer : MORETEC
Part number :
OEM Compatibility :
Category :Pump & Valve
Description
Description
Slurry pumps are used to transport slurries containing solid particles, such as mineral slurry and silt, and are designed to operate reliably under high-wear and high-concentration conditions.
China’s slurry pump industry is highly concentrated in Shijiazhuang, Hebei, which is hailed as the “Slurry Pump Capital of China.”
Hebei Miste Mining Equipment Co., Ltd. is a source factory primarily engaged in export trade. We primarily serve international clients and possess extensive experience.
Our core technologies are reflected in two key areas:
Hydraulic Design: We optimize impellers using two-phase flow theory to balance pumping efficiency and wear resistance.
Key Components: High-end pumps generally use modular shaft seals to achieve zero leakage; structurally, they are categorized into double-shell (inner wear-resistant, outer pressure-bearing) and single-shell (lightweight, suitable for high pressure) designs.
The key to selection lies in matching the material of the flow-passing components, which is determined by particle hardness and slurry pH:
High-Chromium Alloy: A classic wear-resistant material offering high cost-effectiveness, suitable for mines and power plants.
Rubber: Corrosion-resistant and impact-resistant, suitable for fine-particle corrosive slurries.
Ceramic: Offers a service life 5–10 times longer than metal pumps, addressing the challenge of “high wear + severe corrosion,” though at a higher cost.
Others: Such as ultra-high molecular weight polyethylene (UHMWPE), used in specific chemical and metallurgical industries.
China’s slurry pump industry is highly concentrated in Shijiazhuang, Hebei, which is hailed as the “Slurry Pump Capital of China.”
Hebei Miste Mining Equipment Co., Ltd. is a source factory primarily engaged in export trade. We primarily serve international clients and possess extensive experience.
Our core technologies are reflected in two key areas:
Hydraulic Design: We optimize impellers using two-phase flow theory to balance pumping efficiency and wear resistance.
Key Components: High-end pumps generally use modular shaft seals to achieve zero leakage; structurally, they are categorized into double-shell (inner wear-resistant, outer pressure-bearing) and single-shell (lightweight, suitable for high pressure) designs.
The key to selection lies in matching the material of the flow-passing components, which is determined by particle hardness and slurry pH:
High-Chromium Alloy: A classic wear-resistant material offering high cost-effectiveness, suitable for mines and power plants.
Rubber: Corrosion-resistant and impact-resistant, suitable for fine-particle corrosive slurries.
Ceramic: Offers a service life 5–10 times longer than metal pumps, addressing the challenge of “high wear + severe corrosion,” though at a higher cost.
Others: Such as ultra-high molecular weight polyethylene (UHMWPE), used in specific chemical and metallurgical industries.
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