Stainless Steel Boosting Pump (SDL)

Product Description

Product Overview
SDL / SDLF stainless steel stamping-welding pump, through the impeller, pump body and other parts into several parts, by cutting, stamping, stretch forming of stainless steel plate, then re-forming the desired parts by welding .
Performance advantages:Surface finish of stamping impeller, with small frictional resistance, the pump can be run at maximum efficiency conditions. Parts made of stainless steel, without rust and will not cause secondary pollution, meet the health standards. Shell made of stainless steel plate, after outer surface polished, bright and clean, with a modern flavor. Stamping process greatly improves productivity, fewer supplies, save social resources.
Applications:Domestic water supply, fire-fighting systems, boiler feed water system, to transport water or physical character similar to water and a variety of industries.
Technical Parameters:
Flow ****0m3/hr; Head ****0m; speed ***0rpm; diameter *****0mm;
 
Applications
SDL / SDLF is a versatile product that can convey various medium from tap water to industrial liquid for different temperature, flow and pressure range. SDL for non-corrosive liquids, SDLF for mildly corrosive liquids.
Water supply: Water filter and transport in Waterworks, boosting of main pipe ,high-rise building pressurization;
Industrial boosting: Process water system, cleaning system, high pressure washing system, fire-fighting system;
Industrial liquid conveying: Cooling and air conditioning systems, boiler feed water and condensate systems, machine support, acids and sodas;
Water treatment: Ultrafiltration system, tired of infiltration systems, distillation systems, separators, swimming pool;
Irrigation: farmland irrigation, sprinkler irrigation, drip irrigation;
 
Operating Conditions
Thin, clean, non-flammable and liquid without solid particles and fibers;
Liquid temperature:
Normal temperature type **5 ℃ to **0 ℃; hot water **5 ℃ to ***0 ℃;
Ambient temperature: MSB **0 ℃;
Altitude: maximum ***0m;