14 May 2026
HOW TO CHOOSE THE RIGHT SAFETY GLOVES FOR LIFTING, RIGGING & MATERIAL HANDLING
Selecting safety gloves for lifting and rigging is a complex process that requires balancing protection, dexterity, durability, and environmental suitability. Incorrect glove selection can compromise safety, reduce productivity, and increase equipment handling risks.
Risk Analysis in Lifting Operations
Key hazards include:
- Mechanical cuts from cables and loads
- Abrasion from rough surfaces
- Crushing injuries
- Grip failure
Each hazard requires a different protective solution.
Grip Technology and Its Importance
Grip is a critical performance factor in lifting operations.
Nitrile Coatings
- Oil-resistant
- Durable
- Suitable for industrial environments
Latex Coatings
- High elasticity
- Excellent dry grip
Micro-Foam Technology
- Enhances grip in wet conditions
- Reduces slippage
Reinforced Protection Features
Modern gloves include:
- Palm reinforcements
- Impact-resistant knuckle guards
- Double-layered materials
These features improve durability and safety in high-risk environments.
Matching Gloves to Specific Applications
Rigging Operations
- High cut resistance
- Impact protection
Warehouse Handling
- Lightweight gloves
- Enhanced grip
Oil & Gas Industry
- Chemical resistance
- Impact protection
Comparison of Safety Gloves for Lifting, Rigging, and Handling Applications
| Application | Primary Hazards | Recommended Glove Type | Key Materials | EN Standards Required | Key Features | Typical Cut Level |
|---|---|---|---|---|---|---|
| Heavy Lifting / Rigging | Sharp edges, crushing, abrasion | Cut-resistant impact gloves | HPPE, Kevlar®, TPR, Nitrile coating | EN388 (high), optional EN407 | High cut resistance, impact protection, reinforced palms, oil-resistant grip | D–F |
| Steel Handling | Extreme cuts, abrasion, puncture | Maximum cut-resistant gloves | HPPE + glass fibre, nitrile coating | EN388 (very high) | Maximum cut protection, high durability, strong abrasion resistance | E–F |
| Warehouse Handling | Minor cuts, repetitive abrasion, grip loss | Lightweight grip gloves | Polyester liner, PU or nitrile | EN388 (moderate) | High dexterity, breathable, flexible, enhanced grip | B–C |
| Construction Work | Mixed risks: cuts, impact, abrasion | Multi-purpose protective gloves | Leather, HPPE, latex/nitrile | EN388 + optional EN407 | Balanced protection, durability, grip, moderate flexibility | C–D |
| Oil & Gas / Offshore | Oil exposure, impact, chemical contact | Impact + chemical-resistant gloves | Nitrile, neoprene, TPR | EN388 + EN374 + optional EN407 | Oil resistance, chemical protection, impact absorption, strong grip | C–E |
| Wet / Oily Environments | Slippage, loss of control | Nitrile-coated grip gloves | Nitrile-coated HPPE or polyester | EN388 | Superior wet/oil grip, abrasion resistance, durability | B–D |
| High-Temperature Handling | Heat exposure, burns | Heat-resistant gloves | Aramid fibres, leather | EN407 + EN388 | Thermal insulation, cut resistance, durability | C–E |
| Precision Handling | Minor abrasion, need for dexterity | PU-coated precision gloves | Nylon or polyester, PU coating | EN388 (low–moderate) | High tactile sensitivity, flexibility, lightweight design | A–B |
This comparison highlights how different lifting and handling environments require specific glove characteristics. Selecting gloves based on hazard type, rather than general use, ensures optimal safety and performance.
Environmental Considerations
Wet and Oily Conditions
Require nitrile-coated gloves for consistent grip.
Cold Environments
Insulated gloves maintain dexterity and warmth.
High Heat
EN407-rated gloves provide thermal protection.
Ergonomics and User Compliance
Comfort is essential for compliance. Gloves should:
- Fit correctly
- Allow full range of motion
- Minimise fatigue
Maintenance and Replacement
Gloves should be replaced when:
- Material shows wear
- Grip is reduced
- Structural integrity is compromised
👉 View our full range of safety gloves for lifting and handling applications
Selecting the correct safety gloves requires a detailed understanding of operational risks, materials, and standards. By aligning glove specifications with task requirements, businesses can significantly enhance safety, efficiency, and compliance.
