Specification:
Size (discharge): 4" to 18"
Capacity: 10.8~ 5400 m3/hr
Head: 6m ~ 135 m
Handing solids: 0 ~ 650mm
Concentration: 0%~ 70%
Material:High chrome alloy,Rubber,Stainless steel etc.
Detailed specification:
1. Horizontal, cantilevered, centrifugal, single stage slurry pump.
2.Long bearing life: The bearing assembly is with large diameter shaft and short overhang.
3. Wear resistant and anti abrasion wet parts: High chrome alloy and rubber etc. They are completely interchangeable with each other.
4. Easily replaceable liners: Liners are bolted to the casing.
5. Easy adjustment of impeller: An impeller adjustment mechanism is provided below the bearing housing.
6 Discharge direction can be positioned at intervals of 45 degrees.
7. Simple maintenance throat bush: the mating face of the throat bush is tapered, so the wear is reduced and removal is simple.
8. Sealing type: pcking seal,impeller sealing and mechanical seal.
9. Widely application: They are designed for handling abrasive, high density slurries in the metallurgical, mining, coal, power, building material and other industrial departments.
Email:TobeePump3@yahoo.com
SKYPE:cassiezhang41
QQ:473996373
Whatsapp:+86-15226592835
Web:www.tobee.cc
A slurry pump refers to a machine that increases the energy of a solid-liquid mixed medium through the action of centrifugal force (the rotation of the pump impeller), and is a device that converts electrical energy into kinetic energy and potential energy of the medium. Mainly ...
We are a companyover 20 years of experience specializing in the production of slurry pumps,focuses on research and development, and its business includes production, sales, after-sales maintenance and remote technical support. We have passed ISO9001 and our products are ...
1. The maximum lift of the rubber-lined impeller should not exceed 63m. The maximum allowable linear speed should not exceed 30m/m. 2. Bearings generally use rolling bearings and are lubricated with thin oil or grease. Their operating temperature should not exceed 75°C. 3. The ...