Bolt Tensioner Accessories

Hi-Force ultra-high pressure hoses are compatible for use with all Hi-Force bolt tensioning products up to a maximum of 1500 bar working pressure. Each hose is supplied complete with quick connect couplings on each end (male/female) and has a safety factor of 3:1 on maximum working pressure. Eleven standard lengths are available with special lengths available on request.

Designed for sub-sea main line hose connection between the pump and the first tensioner, the XHR1 hose reel is suitable for off-shore use and can accommodate up to 300 meters of Hi-Force XHC hydraulic hose. The reel comes complete with quick connect couplings, integrated brake and a spring loaded locking bolt.

  • Safety Factor 3:1
  • Supplied with quick connect couplings
  • Working pressure up to 1500 bar

Bolt Tensioner Hoses, Couplers & Hose Reels
Model Number Description Weight kg
XHC1.5B Link hose complete with quick connect couplings, length 1.5 metres 1.0
XHC3B Link hose complete with quick connect couplings, length 3 metres 1.7
XHC5B Mainline hose complete with quick connect couplings, length 5 metres 2.6
XHC10B Mainline hose complete with quick connect couplings, length 10 metres 4.5
XHC25B Mainline hose complete with quick connect couplings, length 25 metres 8.5
XHC50B Mainline hose complete with quick connect couplings, length 50 metres 16.9
XHC100B Mainline hose complete with quick connect couplings, length 100 metres 33.6
XHC150B Mainline hose complete with quick connect couplings, length 150 metres 50.6
XHC200B Mainline hose complete with quick connect couplings, length 200 metres 67.0
XHC250B Mainline hose complete with quick connect couplings, length 250 metres 83.7
XHC300B Mainline hose complete with quick connect couplings, length 300 metres 100.4
XHR1 Hose reel, suitable for up to 300 meters of XHC high pressure hose 28.0
STFC4 Female coupling 0.4
STMC4 Male coupling 0.2
STN1P2 1/8" x 1/4" BSP nipple for current model STS1 only 0.4
STN1P4-C 1/4" BSP nipple with cone seat seal (current design - not for STS1) 0.7