The springs and PU Rubbers are widespread to use in earlier period, but due to provide non-linear deceleration and to result in strong resistance, all the kinetic energy of moving objects is not absorption and produce counter pressure, this is in low efficiency.

If linear deceleration is necessary for a moving object. CEC Shock Absorber is your best choice.


Operating Principle Of Shock Absorbers
Ą@CEC Shock Absorber's main structure to combine with body, rod, bearing, inner tube, piston, fluid, spring. On impact the piston rod moves into the shock absorber and the hydraulic fluid is push into accumulator to produce resistant force, the pressure in the inner tube remains constant throughout the entire impact stroke. CEC Shock Absorbers providing a linear deceleration and brings the impacting object to stop smoothly and quietly. At the end of the impact stroke, the return spring pushes the piston to its original position for next cycle.


  
Ą@SELECTION OF HYDRAULIC ABSORBERS
1. HOW MUCH ENERGY TO BE DISSIPATED EACH STROKE
2. HOW MUCH ENERGY TO BE DISSPATED PER HOUR
3. HOW MUCH IS YOUR EFFECTIVE WEIGHT OF YOUR APPLICATION
   
Note

SC and FC series allow approx. 1mm fixed stop before the end of the stroke, not to be driven into the final position under full load.

Reuse is prohibited after dismantling. Paint on the rod and threaded body not allowed.

Stop collar protects shock absorbers piston from bottoming out. Collar can be used in adjust in stroke.

Attention: To assembly, especially on fixed steel thickness & off-center angle, off-center angle do not over 2.