Cut-Resistant Gloves for Aviation and Transportation Industry

Cut-resistant gloves are a crucial form of personal protective equipment (PPE) to safeguard the wearer’s hands from lacerations, punctures, and cuts. They are essential across various industries where workers interact with sharp implements, including food processing, metal fabrication, and construction. Constructed from high-performance materials like Kevlar and HPPE (High-Performance Polyethylene), these gloves offer varying degrees of protection and skill to achieve an optimal balance between safety and functionality.

When it comes to cut and puncture protection, several materials reign supreme: high-performance polyethylene (HPPE), known for its incredible strength and flexibility; Kevlar, famous for its heat resistance but also boasting excellent cut defense; and stainless steel mesh, the go-to for heavy-duty cut hazards, though sometimes bulky. Leather offers some cut protection but pales compared to these specialized materials.

Cut-resistant gloves are essential for many professions where workers interact with sharp objects. Here’s a breakdown of some key industries and tasks where cut-resistant gloves are crucial:

• Food Processing:

  • Butchers and meat processors handling knives and cleavers

  • Workers in food preparation dealing with graters, mandolines, and other sharp utensils

• Metalworking:

  • Sheet metal workers handling sharp edges

  • Metal fabricators using saws, shears, and punches

• Glass Handling:

  • Glaziers installing and cutting glass

  • Workers in glass manufacturing and transportation

• Construction:

  • Drywall installers handling utility knives

  • Roofers working with sheet metal and roofing materials

• Forestry and Landscaping:

  • Chainsaw operators requiring protection from accidental cuts

  • Workers using hedge trimmers, pruning shears, and other sharp tools

Cut-resistant gloves are crucial for personal protective equipment (PPE) in many professions and situations. Their primary function is to shield your hands from cuts and lacerations caused by sharp objects. Here’s a breakdown of why they are essential:

• Reduced Injury Severity: While not entirely cut-proof, these gloves are designed to significantly lessen the severity of cuts you might sustain. This can differ between a minor nick and a deep laceration requiring stitches.

• Protection from Various Sharp Objects: Cut-resistant gloves are handy when working with a variety of sharp items, including blades, glass, and metal, in the construction, automotive, aviation, and transportation industries.

• Enhanced Safety and Reduced Costs: Cut-resistant gloves contribute to a safer work environment by preventing cuts and injuries. This translates to fewer medical expenses, lost work days, and potential lawsuits for employers.

The EN 388:2016 (Europe) standard uses two methods to assess cut resistance in gloves:

1. TDM-100 Test (Preferred Method):

This test measures the force (in Newtons) required to cut through the glove material with a sharp blade. Like ANSI cut level, it utilizes a letter grading system (A to F) to indicate cut resistance, with:

• A: Lowest cut resistance (2 Newtons)
• B: (5 Newtons)
• C: (10 Newtons)
• D: (15 Newtons)
• E: (25 Newtons)
• F: Highest cut resistance (over 30 Newtons)

2. Old Coup Test (Optional):

Though not mandatory, this older method is still included in the standard. It uses a numeric scale (1 to 5) for cut resistance:

• 1: Lowest cut resistance
• 2, 3, 4: Increasing levels of cut resistance
• 5: Highest cut resistance