34% recycled nylon/polyester water-repellent glove with touchscreen capability.

This glove uses eco-friendly material containing 34% blend of recycled post-consumer polyester (17%) and recycled pre-consumer nylon (17%), and the production process consumes significantly less energy and reduces plastic waste.

Composition: Recycled post-consumer polyester, recycled
pre-consumer nylon and spandex liner with an HPT® palm coating

Sizes: XS,S,M,L,XL,XXL,XXXL

• General maintenance
• Gardening
• Construction
• Plumbing
• Logistics
• Warehousing

• Enhanced grip in wet conditions: Soft and flexible hydropellent coating repels liquids, improving grip
• 360˚ anti-wet treatment: Both liner and coating are treated for splash protection
• Touchscreen capable in thumbs and index fingers: No need to take gloves off to use touchscreens

The touchscreen feature of the device, if present, must be turned on and adjusted.Since the gloves have conductive properties, do not use in areas that have a potential risk of static discharge and electric shocks. Performance of touchscreen functionality may vary due to temperature and humidity. Touchscreen compatibility depends upon the type of device, sensitivity of device, the way the device is operated, ambient conditions, type of coating and fitting of the glove.

ENVIRONMENTAL SAVINGS
The carbon footprint is 494g CO2e per pair which is 213g CO2e less per pair compared to virgin Nylon.

34% recycled content
213g CO2e/pair carbon footprint reduction
Recycled black polyester is dope dyed

Contains 34% RCS certified recycled content: 17.0% recycled post-consumer polyester (RM0189) and 17.0% recycled pre-consumer polyamide (Nylon) (RM0184). Certified by Control Union CU1253767

Products certified to the RCS contain the recycled content that has been independently verified at each stage of the supply chain, from the recycler to the finished product. Midas Safety uses the Life Cycle Assessment (LCA) tool in accordance with ISO 14040 and 14044 standards. Assessment Boundary: ‘Cradle to Grave’ (raw material extraction to disposal of final product at end-of-life)