UHMWPE Crane Outrigger Pads

Crane Outrigger Pads Made from UHMWPE – Durable, Lightweight & High-Load Support for Industrial Stability

Engineered for heavy-duty lifting operations, our Crane Outrigger Pads are crafted from ultra-high molecular weight polyethylene (UHMWPE), a premium thermoplastic that outperforms traditional materials like wood and steel in safety, durability, and performance. Designed to distribute extreme loads across uneven or sensitive surfaces, these pads offer unmatched stability for cranes, aerial work platforms, mobile excavators, and other heavy machinery operating in challenging environments—from soft soil to concrete floors.

Key Features:

• Industrial-grade UHMWPE construction ensures exceptional tensile strength and impact resistance under high pressure
• Textured surface provides superior grip and anti-slip performance on wet, oily, or muddy terrain
• Rounded edges reduce tripping hazards while enhancing safe handling during installation
• Chemical, water, and oil-resistant—ideal for industrial settings with exposure to lubricants or solvents
• Non-conductive properties enhance electrical safety in utility and construction zones
• Custom engraving and labeling options available for fleet identification or site-specific branding

These outrigger supports are rigorously tested to meet international load-bearing standards and conform to the contours of irregular ground without deforming—a critical advantage over rigid steel plates or brittle wooden bases. With thicknesses ranging from 25mm to 80mm and multiple size configurations including square and circular shapes, each pad is tailored to match specific crane models, outrigger foot dimensions, and job site conditions. Load capacities vary from 55 to 140 metric tons depending on configuration, ensuring optimal support whether you're working on a temporary staging area or a permanent construction zone.

Applications Across Industries:

From warehouse logistics to offshore rigging, our UHMWPE outrigger pads are trusted by professionals worldwide for stabilizing equipment on low-bearing surfaces such as grass, gravel, asphalt, and even delicate flooring in exhibition halls or museums. They’re commonly used with boom lifts, telehandlers, mobile cranes, and trailer-mounted units where minimizing ground pressure is essential. By increasing the contact area between outriggers and the ground, they significantly reduce localized stress—preventing sinking, damage, or instability during critical lift operations.

User Feedback Highlights:

Operators praise the pads for their ease of transport due to lightweight design (e.g., 6.25 kg for a 500x500 mm unit) and long service life—even after years of use in harsh weather. Many cite improved safety compliance, reduced downtime, and fewer incidents of equipment tipping compared to older steel alternatives. The ability to customize markings has also been highlighted as valuable for team coordination and regulatory documentation.

Frequently Asked Questions:

What makes UHMWPE better than steel or timber for outrigger pads? Answer: It offers higher strength-to-weight ratio, no corrosion risk, zero splintering, and excellent abrasion resistance—all while being easier to handle manually.

Can I use this pad on soft ground or sand? Answer: Yes—its ability to spread load evenly prevents sinkage and improves machine stability on weak substrates like loose soil or fine gravel.

Are there different sizes for various crane models? Answer: Absolutely—we provide standardized dimensions including 500x500 mm up to 1200x1200 mm and diameters from 800 mm to 1200 mm, making it easy to select the right fit for your equipment.

Is customization possible for fleet identification? Answer: Yes, we offer personalized stamping, laser engraving, or decal application to help organize multiple units on large-scale projects.

For more information on selecting the ideal outrigger pad based on your machine’s specifications and operational environment, consult with our technical experts who specialize in industrial load distribution solutions globally.