VACUUM ROTARY VANE PUMPS

Brand Owner (click to sort) Address Description
DVP VACUUM TECHNOLOGY D.V.P. Vacuum Technology s.p.a. Via Rubizzano 627 I-40018 SAN PIETRO IN CASALE (BOLOGNA) Italy VACUUM ROTARY VANE PUMPS; ROTARY VANE COMPRESSORS; LATERAL CHANNEL BLOWERS; VACUUM PISTON PUMPS; VACUUM MEMBRANE PUMPS; ELECTRIC GENERATORS FOR VACUUMS; FILTER FOR VACUUMS; SUCTION CUPS AND SUPPORTS THEREFOR SOLD AS A UNIT; VALVES BEING PARTS OF VACUUMS;VACUUM TECHNOLOGY;
DVP VACUUM TECHNOLOGY D.V.P. Vacuum Technology S.r.L. Via Vinca, 5 I-40016 San Giorgio di Piano (Bologna) Italy VACUUM ROTARY VANE PUMPS; ROTARY VANE COMPRESSORS; LATERAL CHANNEL BLOWERS; VACUUM PISTON PUMPS; VACUUM MEMBRANE PUMPS; ELECTRIC GENERATORS FOR VACUUMS; FILTER FOR VACUUMS; SUCTION CUPS AND SUPPORTS THEREFOR SOLD AS A UNIT; VALVES BEING PARTS OF VACUUMS;VACUUM TECHNOLOGY;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A seal arrangement for reducing the seal gaps within a rotary flow machine, preferably an axial turbomachine, has rotor blades and guide vanes, which are respectively arranged in at least one rotor blade row and guide vane row and have respective blade/vane roots (2,3) which protrude into fastening contours within the rotor blade and guide vane rows. A sealing element (4) of plastically deformable material is provided between at least two adjacent blade/vane roots (2,3) along a rotor blade row or guide vane row or between a blade/vane root (2,3) of a rotor blade or guide vane and a rotary flow machine component directly adjoining the blade/vane root.