Cleartek Filters (P) Ltd products
Progressive Cavity Screw Pumps
Cleartek - Model CX Version - Industrial Helical Screw Pumps
Capacity: 100 M3/HR, Pressure : 24 Bar, Temperature : 200°C, Viscosity : 1,00,000 CST.
Cleartek - Model CK Series - Closed Coupled Screw Pump
Capacity: 100 M`/HR, Pressure : 24 Bar, Temperature : 200°C, Viscosity : 1,00,000 CST.
Cleartek - Model CB Series - Vertical Barrel Lifting Screw Pumps
Capacity: 10 M3/HR, Pressure : 12 Bar, Temperature : 120°C, Viscosity : 1,00,000 CST.
Cleartek - Model CH Series - Quick Hygiene Screw Pumps
Capacity: 50 M3/HR, Pressure : 12 Bar, Temperature : 200°C, Viscosity : 1,00,000 CST.
Cleartek - Model CW Series - Wide Throat Screw Pumps
Capacity: 100 MiHR Pressure : 12 Bar, Temperature : 200°C, Viscosity : 1,00,000 CST.
Other Pumps
Cleartek - End Suction Centrifugal Pumps
Cleatek Chemical process Pumps are used for Chemical, Petro chemical Industries , Dyeing Industries , Sugar Mollases. Paper & Pulp Industries, Fertilizer Units etc. Pumps are suitable for hadling liquids having temprature ranging from 10°C to 200°C.
Cleartek - Self Priming Non Clog Pumps
Effluent Treatment Plant,sewage Treatment Plant,Mud Slurry ,Petro chemical,chemical industries.
Cleartek - Horizontal Centrifugal Slurry Pump
All types of hectrogeneous slurry having impurities.Mining industry coal, iron ore, ceramic slurry , thermal plants, and other heavy industries.
Cleartek - Gear Pumps
cleartek rotary gear pumps are used in vareious industries like chemical acid handling ,food and beverages slurries high viscous material handling pulp stock etc
Cleartek - Model LS-C Series - Closed Impeller Pumps
LS-C type closed impeller pumps are used in Chemical process Industries, Petro-Chemical Industries. Sugar Industries, Sea Water Desalination Plants and Power Stations. Pumps are suitable for handling of all types of Clear Liquids. Acids, Dyes. Hydrocarbons, Chlorinated liquor, Black liquor, Condensate Water, etc. Pumps are suitable for handling liquids having temperature intherange10°C to 200°C.
