Lifting Clamps

Select a clamp rated for at least the maximum load you will lift, choose the appropriate clamp type for the material and orientation (e.g., vertical plate clamps, horizontal lifting clamps, or beam clamps), and confirm compatibility with plate thickness, surface condition, and lifting equipment attachment points

Look for features such as working load limit (WLL) and safety factor markings, locking or positive-seating mechanisms, hardened gripping surfaces or teeth suited to the material, and clear inspection markings or traceability information

Prices vary with capacity, materials, and engineering—budget clamps under $50 exist for light duty while more robust industrial clamps can cost significantly more; average prices in this category are around $80, but prioritize rated capacity, certifications, and build quality over

Check for compliance with relevant regional or international standards such as ASME B30.20/B30.26 or EN standards for lifting accessories, and verify manufacturer documentation for working load limit, test certificates, and traceability where required

Inspect clamps before each use for wear, deformation, cracks, damaged teeth, and proper operation of locks; follow the manufacturer's maintenance schedule which typically includes cleaning, lubrication of moving parts, and periodic load testing or formal inspections

Not always—some clamps are designed for specific materials or surface conditions; for example, coarse teeth may damage finished surfaces, and soft or coated materials may require protective or specially designed clamps to avoid slippage or damage

Consider compatible shackles, spreader bars, slings, and swivel hoists rated to match the clamp's WLL, plus protective pads or adapters for fragile surfaces and storage racks or cases to prevent damage when not in use