Cut-Resistant Glove Recommendations for Woodworking

This document provides recommendations for selecting appropriate cut-resistant gloves for woodworking activities to protect against laceration hazards. It emphasizes the importance of assessing the specific hazards and selecting gloves that offer adequate protection while maintaining dexterity and comfort.

Hazard Assessment

Before selecting gloves, it is crucial to identify all potential hazards involved in the woodworking task. This includes assessing the risk of cuts from sharp tools, abrasion, punctures, and other physical hazards. The degree of hazard will influence the type of protective material required. [1]

Glove Selection Criteria

The selection of appropriate cut-resistant gloves for woodworking should be based on the following criteria:

Cut Resistance Level: Gloves should be rated for their cut resistance based on industry standards (e.g., ANSI/ISEA 105). The specific level of cut resistance needed will depend on the severity of the laceration hazard. For tasks with a high risk of severe cuts, gloves with a higher cut resistance level are recommended.
Material: Common materials for cut-resistant gloves include leather, terry cloth (aramid fiber), metal mesh, staple-reinforced heavy leather and Kevlar®. Leather gloves with ballistic nylon reinforcement can offer a good grip and protect the hands.
Dexterity and Fit: Gloves should allow for sufficient dexterity to perform the woodworking tasks safely and efficiently. A proper fit is essential to maintain control and prevent hand fatigue. Make sure the gloves fit properly.
Durability: The gloves should be durable enough to withstand the physical demands of woodworking, including abrasion and potential punctures. The durability of PPE materials, such as tear strength and seam strength, should be considered in relation to the employee's tasks.
Comfort: Gloves should be comfortable to wear for extended periods to encourage consistent use. Consider the breathability of the glove material to prevent excessive sweating.
Compliance: Gloves must comply with relevant safety standards and regulations. Before purchasing gloves, the employer should request documentation from the manufacturer that the gloves meet the appropriate test standard(s) for the hazard(s) anticipated.

Recommended Glove Types

Based on the hazard assessment and selection criteria, the following types of gloves are generally recommended for woodworking activities:

Leather Gloves: Provide good abrasion resistance and a decent level of cut protection for general woodworking tasks. Leather gloves with ballistic nylon reinforcement on the back offer a good grip and protect the hands.
Kevlar® Gloves: Offer excellent cut resistance and are suitable for tasks with a higher risk of lacerations. Kevlar® can also withstand heat up to 200°C.
Metal Mesh Gloves: Provide the highest level of cut protection and are recommended for tasks involving very sharp tools or materials.
Staple-reinforced Heavy Leather Gloves: Offer a high degree of protection against sharp edges and abrasion.

Additional Considerations

Glove Inspection: Inspect gloves before each use for any signs of wear, damage, or degradation. Do not use worn or torn gloves. Test all rubber or synthetic gloves for pin holes or leaks by inflating them.
Glove Maintenance: Clean gloves regularly according to the manufacturer's instructions. Follow the manufacturer's instructions for care, decontamination, and maintenance of gloves.
Proper Fit and Coverage: Ensure that gloves fit properly and cover all exposed skin. Gloves should be long enough so that there is no gap between the glove and sleeve.
Allergies: Be aware that some materials may cause reactions in some workers, such as allergies to latex. Offer alternatives where possible.

[2] [2] [2] [2] [2] Conclusion

Selecting the appropriate cut-resistant gloves is essential for protecting workers from laceration hazards during woodworking activities. A thorough hazard assessment, consideration of glove selection criteria, and adherence to proper glove maintenance practices will help ensure a safe working environment.