Impact Protection & Cut Level 5 Glove – Sandy Nitrile Coated, HPPE Glass Fibre with TPR Pads

Heavy-Duty Cut Protection with Impact Resistance for Demanding Industrial Work

The TIMCO Impact Cut Glove is a premium safety glove engineered for high-risk, high-impact environments. Constructed with a high-performance HPPE and glass fibre liner for cut resistance and coated with sandy nitrile for enhanced grip, this glove also features flexible TPR (thermoplastic rubber) pads on the back of the hand and fingers for superior impact protection. Designed for demanding tasks in construction, demolition, oil and gas, and metal handling, it offers both safety and comfort in the harshest conditions.

Key Features & Benefits

• Cut Level 5 Protection: Maximum EN388:2016 certified protection against sharp edges and blades.
• Impact Protection: TPR guards on knuckles and fingers shield against crushing and impact injuries.
• Sandy Nitrile Palm Coating: Exceptional grip performance, especially in oily or wet environments.
• Reinforced Durability: Built to withstand abrasion, tears, and demanding physical work.
• HPPE & Glass Fibre Liner: Provides strength and flexibility with a snug, comfortable fit.
• Breathable Back: Reduces heat build-up and allows all-day wear.

Application Areas

• Construction and demolition
• Metal fabrication and handling
• Oil, gas, and offshore environments
• Engineering and mechanical work
• Waste handling and recycling
• Utilities and heavy logistics

Technical Specifications

• Cut Level: EN388:2016 – Level 5
• Impact Protection: TPR (thermoplastic rubber) pads on fingers and knuckles
• Material: HPPE & glass fibre liner with sandy nitrile palm
• Grip: Excellent in dry, wet, or oily conditions
• Sizes Available: Typically L, XL (confirm per SKU)
• Colour: Black and grey with orange TPR
• Cuff Style: Elasticated knit wrist
• Reusable: Yes

Packaging & Handling

• Packaging: Sold as a pair
• Storage: Store in a cool, dry place away from chemicals or sunlight
• Inspection: Replace if any damage or excessive wear is observed