Vacuum Pump For Pharmaceutical Industry

Vacuum Pump For Pharmaceutical Industry Specification

Flow Rate
3.06 m/hr to 600 m/hr

Inlet/Outlet
Standard as per our specific design

Max Suction
760 mm of hg

Theory
Vacuum Pump

Usage
Dehydration and Filtration Processes Distillation, Exhausting Electronic Tubes GLS Lamps / Mercury Vapour Lamps & Tubes Sterilizing Vacuum Metallurgy, Vacuum Sublimation Vacuum Impregnation, Thin Film Coating

Material
Mild Steel

Size
Different Available

Power
Other

Product Type
Vacuum Pump For Pharmaceutical Industry,Oil seal Vacuum Pump, Rotary Vane Vacuum Pump, Rotary Vacuum Pump, High Vacuum Pump

Color
Black

Seals Type
Oil seal sealing

Vacuum Pump For Pharmaceutical Industry Trade Information

Minimum Order Quantity
1 Number

Payment Terms
Cash Against Delivery (CAD)

Delivery Time
Days

Main Export Market(s)
Asia, Australia, Central America, North America, South America, Eastern Europe, Western Europe, Middle East, Africa

Main Domestic Market
All India

About Vacuum Pump For Pharmaceutical Industry

These are oil - immersed, rotary vane type pumps. The rotor with twospring loaded vanes is mounted eccentric in the stator body. As the rotorrotates, the vanes sweep the crescent shape air space twice in each revolution.There is inbuilt non-return valve which prevents back flow of air. All movingparts are manufactured from graded material. These parts are preciselymachined, ground and assembled with close tolerances which results in increasedefficiency and long trouble free operating life.

FAQs of Vacuum Pump For Pharmaceutical Industry:

Q: What material is the Vacuum Pump made of?

A: The Vacuum Pump is made of Mild Steel.

Q: What is the maximum suction capacity of the Vacuum Pump?

A: The maximum suction capacity of the Vacuum Pump is 760 mm of Hg.

Q: What are the applications or usage areas of the Vacuum Pump?

A: The Vacuum Pump can be used for dehydration and filtration processes, distillation, exhausting electronic tubes, GLS lamps/mercury vapor lamps and tubes sterilizing, vacuum metallurgy, vacuum sublimation, vacuum impregnation, and thin film coating.