Hydraulic Snubbers Pipe Support

Hydraulic snubbers pipe support allows a piping system that experiences displacement to maintain its required flexibility. Often a vibrasnub gets confused with a hydraulic snubber.

Hydraulic snubber incorporates a ‘through rod’ design. This rod provides the following benefits over competitor products:

  1. No need for an external reservoir – the piston rod on either side of the piston means the hydraulic fluid volume does not change.
  2. Robust design – the piston rod is supported at both ends to avoid ‘knuckling’ and subsequent wear on the bearings.
  3. Small diameter – efficient design and no external reservoir results in a compact product.
  4. Enables the snubber to be installed in any orientation.
  5. Results in robust product with solid and reliable performance.


  1. Piston rods and principal components of snubber provide a high level of corrosion resistance. Therefore, it avoids corrosion issues and wears of bearings which would occur if the piston rod corroded.
  2. Sealing systems design ensures long working life without leakage.
  3. Hydraulic fluid specially selected for snubber operation.
  4. Compact design with pressurized built-in hydraulic system. No external piping or reservoir. Snubbers require minimal space for installation.
  5. Rings of the body of the snubber, spaced at 10mm, provide an axial travel scale.
  6. The finish of non-stainless steel parts is by hot zinc spray. This provides better protection than galvanizing or epoxy paint systems.
  7. Minimal lost motion in snubber performance was achieved by the design of the seal system.
  8. Rod end connections on snubbers allow + – 5-degree angulation.
  9. Extension pieces on snubbers provide precise installed lengths required.
  10. Valves are critical to the performance of a snubber.


  1. Standard lock-up rate 3 to 5 mm/sec.
  2. Bleed rate 0.2 to 2mm/sec.
  3. Drag force less than 2% of rated load.
  4. All snubbers have been tested.

Hydraulic Shock Arrestors

The range of hydraulic shock arrestors protects pipelines and related plant equipment from the effect of shock loads caused by circumstances such as seismic activity, water hammers, etc. When subjected to sudden movements which exceed specific velocity levels, the shock arrestor ‘locks’ momentarily and forms a rigid connection.

Hydraulic shock arrestors are available in loads up to 750,000 N (75,000 kg) and travel up to 450 mm.