PIP® G-Tek® 19-D326 ECOSeries™ 3GX® Dyneema® PU Coated A3 Bio-Based Safety Gloves

Introducing PIP® G-Tek® 19-D326 ECOSeries™ 3GX® Dyneema® PU Coated A3 Bio-Based Safety Gloves. Made with advanced Dyneema® material and a PU coating, these gloves provide A3 level protection without sacrificing dexterity. Eco-friendly and durable, they're perfect for industrial and safety applications.

These sustainable G-Tek® ECO Series™ line of coated seamless knit work safety gloves from PIP® compliments the latest in bio-based and recycled fiber technologies from discarded P.E.T. bottles (rPET). Working with DSM Dyneema®, PIP® introduces cut-resistant work gloves using yarns from the world's bio-based HMPE fiber technology.

These innovative G-Tek® 19-D326 ECO Series™ 3GX® Dyneema® 13-gauge gray seamless knit work gloves features a black polyurethane palm coating and uses the first ever bio-based ultra-high molecular weight polyethylene fiber which reduces carbon footprint, reliance on fossil fuel-based resources and plastic pollution while maintaining the same trusted cut-resistant performance and comfort.

A knit wrist helps to prevent dirt and debris from entering the glove and a color coded cotton binding denotes sizing. Gloves are washable and resistant to chemicals, water, and ultraviolet light.

Applications: Electronics, Glass Cutting, Metal Handling, Sharp Small Parts Handling, Construction, Parts Assembly, and General Duty.

• Seamless construction offers increased comfort and breathability
  
• Dyneema® Diamond & Spandex shell is lightweight and provides excellent dexterity, tactile sensitivity and cut resistance
• Polyurethane coatings take on the surface properties of the glove liner providing a tactile grip in dry and slightly oily conditions, ideal for applications that require dexterity for precise handling
• Knit Wrist helps prevent dirt and debris from entering the glove
• Color coded hems for easy size identification
• Washable, resistant to chemicals, water, and ultraviolet light
• Reduces 450g of CO2 emissions per pair when compared to traditional Dyneema® fibers