Wear – Resistant Slurry Pump

A slurry pump for conveying pulp with concentration below 65%.

  • Capacity:
  • Flow≤1500m3/h
  • Slurry pump impeller and the casing are lined with Xinhai high wear-resistant rubber ensuring that the pump body is not subject to wear. In the same project, the service life of Xinhai slurry pump is 2 times longer than other metal pump life reaching the international top quality. The rubber liners wear index has reached 128%.
Product Improvement


Wear – Resistant Slurry Pump
  • Wear – resistant rubber as liners prolongs the service life by 2-4 times.
  • Internal rubber liners with small specific gravity can effectively improve the impeller speed. Maximum flow rate than other slurry pump can improve the efficiency of the whole 10-20%, overall efficiency increased more than 30%.
  • Small specific gravity wet parts, convenient maintenance, low noise; reduce the number of repair personnel and the operational maintenance cost.
  • Smooth wet parts make operation more stable.

Product Structure

Wear – Resistant Slurry Pump

The main components of wear-resistant slurry pump includes impeller, motor, sheath etc. Sheath and impeller is made of Xinhai wear resistant rubber. The auxiliary suspenders simply remove the pump shell, and are convenient for maintenance.


Xinhai wear-resistant slurry pump is suitable for processing the high abrasion slurry or the material containing solid particles.

Metal smelting plant: convey slurry.

Sand plant: transporting and conveying sand and gravel, feeding sand and water all types of classification and dewatering plants.

Coal preparation plant: classifying, screening and conveying heavy medium, conveying coal pulp.

Ceramics and glass factory: porcelain clay and sandstone transportation, feeding hydrocyclone and effluent disposal etc.

Steel works: conveying slurry, rust and corrosive liquid etc.

Irrigation systems and dredging: silt removal in dams and river bed, sand classifying.

Note: please specify if applied where oil and chemicals are contained.

Technical Parameters