Crane leg pads are made to ensure there is an increased bearing area of the crane legs. These pads are also referred to as outrigger pads or stabilizer pads. When set up on soil, gravel, asphalt shoulder, grass, compacted fill, or mixed soil conditions, a correct pad will help reduce the bearing pressures and provide increased stability for crane operation.
Detailed technical specifications
Each batch undergoes thorough inspection on the shop floor. Raw material is tested upon arrival, as well as finished parts upon completion. Anything failing to conform to specifications is not shipped out.
ISO 9001:2015 certification requires written processes, production control measures, and traceability of the process from initial raw material to finished part. More critically, ISO helps us maintain tolerances across multiple batches, rather than just in theory.
In cases of applications involving food production, only selected types of HDPE and UHMWPE materials which conform to FDA food-grade standards are used. These grades are usually utilized in cutting surfaces, guides, and wear parts.
Materials comply with RoHS environmental regulations in terms of substance content restrictions. This is ensured by monitoring the components of the material, rather than the finished part.
Material test reports available upon request include mechanical properties such as tensile strength and impact value, as well as wear information and dimensional checks.
Off-center placement will lead to uneven ground bearing pressure, increasing the risk of instability. The float should be placed squarely in the center of the pad.
No. They need full support from compacted, drained, flat and level ground below.
Our crane leg pads can maintain stable performance in the temperature range of -40℃ to 80℃, adapting to high-temperature outdoor construction and low-temperature winter working scenarios.
Yes. Made of HDPE with a closed‑cell structure, crane leg pads are buoyant and can be used stably in marshy, waterlogged and low‑lying wet construction sites without sinking or deforming.
Yes. They can help distribute weight and improve stability on frozen or uneven ground. Winter setup requires attention to slope limits, not just pad size.
No. Crane leg pads are made of corrosion‑resistant plastic material, which will not rust, corrode or deteriorate even in humid, salt‑spray and chemical‑exposed construction environments.
Yes. They can evenly disperse the pressure of crane legs, effectively protecting underground water, electricity and gas pipelines from being crushed during municipal construction.
Yes. The pads reduce pressure concentration on the ground, avoiding rutting and compaction of lawns and turf, and the grass can recover quickly after the pads are removed.
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Designed for heavy equipment access, providing reliable ground protection and load distribution on demanding jobsites.
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Create temporary access roads and protect sensitive ground from vehicle and pedestrian traffic.
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The popular 4' × 8' size offers an ideal balance of coverage, handling convenience, and load support.
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Made from durable HDPE or UHMWPE materials for long-lasting performance in tough outdoor environments.
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Easy to carry, deploy, and reposition while still providing dependable ground protection.
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Engineered for high load capacity and durability, making them ideal for demanding construction and access applications.
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Provide a fast and reliable solution for creating temporary access routes while protecting the ground underneath.
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Featuring traction patterns on both sides, these 3' × 8' mats provide reliable ground protection and equipment access across a wide range of jobsite conditions.
View DetailsStrong pads, good quality. Worked exactly as expected.
Great support and reliable performance on soft ground.
Fast delivery and solid construction. We'll order again.
Our team is ready to help you with product selection, specifications, and custom manufacturing solutions.