Audited Supplier
SG-050
Yes
1 Year
Single Screw Pump
Single Suction
Horizontal
No Leak
Sewerage Treatment, Food, Chemical
ISO
Electric
Bbranded
380
Other
weford
Standard Export Package
50mm
China
84136090
Product Description
Weford single screw pumps are widely used in various fields such as food, beverage, brewing, papermaking, power, chemical, petroleum, metallurgy, construction, and environmental engineering; In the petroleum industry, it is mainly used to transport crude oil, heavy oil, various catalysts, polymers (oilfield injection), oil sludge, oily wastewater, public engineering and other working conditions. our screw pump are made as per ISO and API 676 standard.
Single Screw Pump
Main Parameters:
Direct-coupled
Reducer(or motor) is directly driven,Compact structure and shorter length
Flow Rate (max): 400m3/h
Pressure (max):2.4MPa or higher
Single screw pump is a commonly used positive displacement pump, mainly composed of a single screw rotor and a fixed screw liner (usually made of rubber material). The design of this pump enables it to perform excellently in handling fluids of various viscosities, including high viscosity liquids, liquids containing solid particles, and products that are prone to precipitation or solidification.
The main features of a single screw pump include:
1. Self suction ability: able to suck liquid from a low position or a long distance.
2. Uniform flow: stable output with minimal pulsation.
3. High efficiency: It can maintain high efficiency even under high pressure.
4. Wide applicability: It can transport various types of media, including corrosive liquids and suspensions containing a certain amount of solid particles.
5. Simple structure: easy maintenance, long service life.
Single screw pumps are widely used in various industries such as petroleum, chemical, food processing, pharmaceuticals, and papermaking. According to different application scenarios and requirements, rotors and bushings made of different materials can be selected to adapt to specific working environments.
