Fiber Outrigger Pads

A: Fiber leg pads are a high-performance support material, usually used under the legs of construction machinery (such as cranes, pump trucks, cranes), mainly to expand the contact area, disperse pressure, and provide stable support. Its material is often made of composite polyethylene or polymer materials, with high strength, rigidity and wear resistance.

A: The main uses include: dispersing the weight of mechanical equipment, reducing the pressure on the ground, and preventing ground subsidence or damage;
Providing stable support in complex terrain (such as muddy, sloped, uneven ground) to prevent equipment from tilting;
Absorbing vibration and impact to protect the safety of equipment and operators.

A: The advantages include: Lightweight and easy to carry: lighter than metal pads, easy to carry and install;
Wear-resistant and corrosion-resistant: good resistance to chemical media (such as acids and alkalis);
Environmentally friendly and recyclable: materials can be recycled to reduce environmental pollution.
Materials and Performance.

A: Common materials include: Ultra-high molecular weight polyethylene (UHMW-PE): extremely wear-resistant, suitable for high-load scenarios;
Nylon composite materials: good toughness, excellent low-temperature resistance;
Carbon fiber reinforced materials: high strength, light weight, suitable for precision support needs.

A: Fiber leg pads (especially UHMW-PE materials) have extremely high wear resistance and low friction coefficient. After long-term use, the surface wear is extremely small, and the service life is far longer than traditional metal pads.

A: Some materials (such as nylon composite materials) can still maintain toughness at low temperatures, but it is necessary to choose materials suitable for the working environment temperature range to avoid high temperatures causing the material to soften.

A: The installation steps include: cleaning the legs and the ground to ensure that there are no sharp objects;
Laying the pad flat under the legs to ensure that the contact surface is completely fitted;
Adjusting the position of the equipment so that the pad is evenly stressed.

A: Generally, no special maintenance is required, but the surface should be checked regularly for cracks or wear. When cleaning, rinse with clean water and avoid using corrosive detergents.

A: Most fiber leg pads are waterproof, but long-term immersion may affect the life of the material. After use, they should be wiped dry in time and stored in a dry place.

A: If the deformation is slight, it can continue to be used; if the deformation is severe, a new pad needs to be replaced to avoid affecting the support stability.

A: Check whether the ground is too smooth (such as ice). You can try to increase the number of pads or choose a model with anti-slip texture.

A: The cracks may be caused by overload or material aging. It is recommended to replace the new pad directly to avoid safety hazards.

A: Some materials (such as polyethylene) have good UV resistance, but long-term exposure may accelerate aging. It is recommended to replace them regularly or add sunscreens.
Application scenarios and restrictions

A: It is suitable for bridge construction, construction sites, oil field mining, port loading and unloading and other scenarios, especially for environments with uneven ground or road protection.

A: The load-bearing capacity varies depending on the material and size, generally between 30-100 tons, and the corresponding specifications need to be selected according to the weight of the equipment.

A: Some lightweight fiber outrigger pads can be used for short-term dynamic support, but frequent movement should be avoided to increase wear.
Environmental protection and recycling

A: Most fiber leg pads are made of recyclable materials (such as polyethylene), which can be recycled by the manufacturer after scrapping to reduce resource waste.

A: Regular manufacturers use environmentally friendly processes to reduce energy consumption and waste emissions, but they should be careful to choose products that meet environmental standards.

A: It is necessary to consider factors such as equipment weight, working environment (temperature, humidity, ground type), and budget. It is recommended to consult the manufacturer for customized solutions.

A: Prices vary depending on the material, size, and process complexity, generally ranging from a few hundred to several thousand yuan. Imported or special materials may be more expensive.