Featuring Dyneema® Diamond Technology, the high performance Direct Safety® Dagger Diamond PU gloves provide excellent durability, comfort, and cut protection. Perfect for industrial applications.

Features include:

• Better grip and excellent dexterity from polyurethane palm coating
• Reduced hand fatigues from pre-curved finger design
• Greater comfort and flexibility from light knit fabric
• Secure fit and enhanced cut protection from long knit cuff
• Available sizes: S, M, L, XL, 2X

Get great cut protection and outstanding abrasion and tear resistance during metal handling, glass handling, automotive work, parts assembly, and more, with the Direct Safety® Dagger TR PU Cut-Resistant Gloves.

Features include:

• Polyurethane coating produces a solid, non-slip grip in even the most demanding conditions
• Made of 13-gauge HPPE seamless knit shell/synthetic fiber
• Gloves offer ANSI Level A2 cut-resistance

The Dagger® X6 is an ANSI A6 cut resistant glove designed for comfort, performance, and the ultimate back-of-hand protection. The MultiFlex thermoplastic rubber (TPR) is strategically placed on the back of hand to provide excellent protection to the knuckles and fingers, while offering multiple flex points for comfort. The thermoplastic rubber is tapered in the fingertips to provide high dexterity and tactile sensitivity, while reducing hand fatigue. Glove is constructed with tough 13-gauge seamless high-performance polyethylene (HPPE). ANSI A6 cut resistance.

Features include:

• Flat nitrile 3/4 base coating, which reduces water and oil penetration, with sandy finish nitrile palm coating, which provides an excellent grip
• MultiFlex TPR is Blue and Hi-Vis Orange
• Construction materials include HPPE, steel, glass fiber, nylon, spandex, nitrile, and thermoplastic rubber
• ANSI/ISEA 138 - 2019: Level 2 Impact

When it comes to impact resistance, cut resistance, and dexterity, the Dagger® X5 TPR Impact has it all. The MultiFlex thermoplastic rubber (TPR) is strategically placed on the back of hand to provide excellent protection to the knuckles and fingers, while providing multiple flex points for comfort and reduced hand fatigue. The thermoplastic rubber is tapered in the fingertips to provide high dexterity and tactile sensitivity, while reducing hand fatigue. Double coated in the palm, with the first coat being a flat nitrile, mitigating oil and water penetration, and the second coat being a sandy nitrile, which provides an excellent grip. Constructed with tough 13-gauge seamless high-performance polyethylene (HPPE). ANSI A5 cut resistance.

Features include:

• Elongated cuffs give more protection in wrist area
• MultiFlex TPR is Blue and Hi-Vis Orange
• Construction materials include nitrile, HPPE, glass fiber, steel, spandex, nylon, and high strength nylon
• ANSI/ISEA 138 - 2019: Level 2 Impact

The low-impact, low-profile Dagger® X4 TPR Impact Cut-Resistant Gloves provides revolutionary back-of-hand impact protection from light impacts. Its Stealth thermoplastic rubber (TPR) not only helps minimize back-of-hand injuries, but also flexes with hand movement, making the glove quite dexterous. Perfect for use in applications where small injuries or bumps to the back of the hand are possible. Glove liner is made with tough 18-gauge seamless high-performance polyethylene (HPPE), glass, and steel fibers. ANSI A4 cut resistance.

Features include:

• Gray polyurethane (PU) palm coating
• Elongated cuffs give more protection in wrist area
• PU coating is water and oil resistant, and provides a good grip
• Stealth TPR is strategically placed to provide protection to both knuckles and fingers
• Stealth TPR is Blue and Hi-Vis Orange
• Construction materials include polyurethane, HPPE, glass fiber, steel, spandex, nylon, and polyester

100% Kevlar® offers outstanding cut resistance combined with heat and flame resistance.

Direct Safety® Cotton-Lined Kevlar® sleeves offer added comfort with a soft lining against the skin. Sleeves should be replaced when cotton shows through Kevlar® layer. Sleeves offer ANSI level 2 cut resistance.