Ringraumdichtungen

for every annular seal with a sealing width of 40 mm

The P-Cable Basic HRD annular seal is available in various designs. The following product identification is used: SG x (number of holes) / y-z (area in which the hole can be adjusted)

For pressing water 5 bar Rubber insert made of EPDM, press plates made of stainless steel V2A completly gastight and watertight NBR rubber insert on request

For non-pressing water 1.5 bar Rubber insert made of EPDM, press plates made of stainless steel V2A completly gastight and watertight NBR rubber insert on request

Gas and water tight sealing for drill holes, tubes, etc. Rubber insert made of EPDM, press plates made of stainless steel V2A completly gastight and watertight pressing water 2.5 bar (30 m WS) radon tight KTW/W270 drinking water - quality

Super segment ring technology for cables and pipes; 12 segment rings with a diameter of 16 - 65 mm; simply tear off the segments until they fit split design, suitable for subsequent installation Seal width 40 mm, pressure-tight up to 1...

Super segment ring technology for cables and pipes Open the pipe seal. Cut into the selected segment rings at the predetermined separation point with a sharp knife and tear off 5 segment rings with a diameter of 25 - 63 mm segment ring...

Core drilling Ø 150 mm Weight approx. 1.2 kg further dimensions on request

The P-Cable Basic HRD annular seal is available in various designs. The following product identification is used: SG x (number of holes) / y-z (area in which the hole can be adjusted)

The P-Cable Basic HRD annular seal is available in various designs. The following product identification is used: SG x (number of holes) / y-z (area in mm which the hole can be adjusted)

The P-Cable Basic HRD annular seal is available in various designs. The following product identification is used: SG x (number of holes) / y-z (area in which the hole can be adjusted)

The P-Cable Basic HRD annular seal is available in various designs. The following product identification is used: SG x (number of holes) / y-z (area in which the hole can be adjusted)