Heavy Load Bearing and High Impact Resistance


Components in construction equipment must support and withstand heavy loads and high-impact forces without deformation or damage, especially in hydraulic systems, axles, and frames.

Vibration and Shock Absorption



Construction machinery endures high-vibration environments and dynamic conditions, which place stress on components, reduce operator comfort, and accelerate wear. The resulting friction impacts the overall machine performance, diminishing the power available for tasks and increasing fuel consumption. Effective vibration damping and friction-reducing solutions are essential to optimize performance, durability, and efficiency.

Pressure Generated by Hydraulic Components


Construction machinery relies on hydraulic devices like pumps and motors that create pressurized conditions. However, standard seals are typically not designed to handle this pressure build-up, risking leaks and failures. Enhanced sealing solutions are essential to withstand these pressures, ensuring reliable operation and longevity of hydraulic components.
 

Resistance to Extreme Temperatures and Environmental Conditions

Construction machinery operates in diverse climates, from extreme heat to freezing temperatures, which can compromise materials and cause failures. In applications with complex geometries, like pinion shafts on hinged axles, superimposed vibrations further challenge seal performance. Durable, climate-resistant seals are essential to maintain reliability under these demanding conditions.