HDPE (high-density polyethylene) leg pad is a pad used to support mechanical equipment.

Leg pads are mainly used to support the legs of construction machinery. Leg pads have high strength and stiffness, which can reduce the deformation of the pad body under stress and provide more stable support for construction machinery. Greatly saving usage costs and improving work quality.

Characteristic

● Strong load-bearing capacity: It can withstand heavy loads, such as placing the support legs of large equipment like cranes and excavators on top, and can stably distribute pressure to ensure that the equipment does not sink.

● Good wear resistance: Under frequent use, the surface will not be easily worn, and even after prolonged friction, it can maintain good performance, which helps to extend the service life of the pad.

● Excellent impact resistance: When the equipment generates vibration during operation or when the support legs are impacted by external forces, it can effectively buffer and reduce damage to the pad itself and the equipment.

● High chemical stability: It has resistance to many chemical substances and can prevent corrosion in work sites with acidic and alkaline chemical environments.

● Lightweight and portable: Compared to some traditional metal pads, HDPE leg pads are lighter in weight, easy to transport and move, and have more advantages when frequent job site changes are needed.

Purpose

● In the field of construction, it is used to support the legs of large construction equipment such as construction cranes and concrete pump trucks, ensuring stable operation of the equipment on soft or uneven ground.

● Logistics loading and unloading industry: used under forklifts and other loading and unloading equipment to improve the stability of the equipment during loading and unloading of goods and prevent equipment from tipping over.

● Petrochemical industry: provides stable support for the supporting parts of large-scale equipment such as oil extraction equipment and chemical towers, ensuring the safe operation of equipment.