SVC - Principle Operation of Dry Screw Vacuum Pumping System
SVC was established based on advanced technology and
management philosophy of value creation with customers and SVC is a specialized
company which manufactures the world highest level vacuum pump and vacuum
pumping system.
SVC has been designing, manufacturing and supplying
important process of Dry Screw Vacuum Pump & System, Liquid Ring Vacuum
Pump & System and Steam Ejector system and employees who have over 30 years
of vacuum experience including board of directors have been growing as a true
partnership of the various industries with grafting accumulated pro-cess
technologies and production technologies. dry screw vacuum pumps manufacturer
Dry screw vacuum pumps work with two screw rotors pivoting
in inverse ways. This snares the medium to be pumps between the chamber and the
screw chambers and transports it to the gas release. The propelled screw
configuration brings about lower electric vitality utilization contrasted with
standard screw structures. It additionally brings about a lower heat heap of
the packed gas.
Cooling can be accomplished through a superior air cooling
strategy disposing of the need of cooling water or backhanded cooling technique
bringing about uniform temperatures all through the pumps body, taking out
virus spots and giving a thermally steady water coat. The propelled screw
configuration takes into account top tier hydrogen siphoning abilities. Water
cooling can happen in type of both direct water cooling and radiator cooling
with air-cooled heat exchangers. Vacuum pumping system supplier
The
Features are Hybrid Combined Variable Pitch, Fast Exhaust Performance, 10-3 Tor
High Vacuum Achievable, Applicable for Various Processes, Low Vibration, Low
Noise, Low Discharge Temperature, Low Temperature by Hydrodynamic Helix
structure, Minimizing Power Consumption with Power-saving Design, Improved
Durability by Special Coating, Minimizing condensation by Hot Pumping Casing
Mechanism for avoiding condensation, Gas
Purge Seal application, Operating Temperature Control (TCV) and Prevention of
Overheating (TE or TSS), Control of The Cooling Water Consumption, Cooling Gas
is Not Necessary, Minimizing condensation by Using Gas Ballast, Improved
Durability by Seal Purge, Inlet Purge, Solvent Flush and Steam Flushing’s
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