
Temp - Midas Green

eco-friendly Splendor™ Cut EA5


- Product Description
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A cut resistant version of our eco-based glove made with aramid and recycled post-consumer polyester.
A modern product with an eco-friendly liner containing 19% recycled post-consumer polyester, plus a natural rubber coating. The the production process consumes significantly less energy and reduces plastic waste.
Composition: Recycled post-consumer polyester-aramid-composite liner with a Crinkle natural latex coating
Sizes: S-XXL
- Applications
- Glass and ceramics handling
- Handling sharp edged objects
- Construction
- Industrial applications
- Automotive manufacturing
- Intricate assembly
- Key Features
- Recycled polyester-aramid composite liner delivers a high level of cut resistance
- Ergonomically designed for good dexterity, flexibility and comfort
- Natural Latex coating offers reliable abrasion and increased tear resistance
- Good grip in wet and dry conditions
Warning: These products contain Natural Rubber Latex, which may cause allergic reactions in some individuals
- ENVIRONMENTAL
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ENVIRONMENTAL SAVINGS
This glove has recycled polyester as a component of its construction and the carbon footprint is 962g CO2e per pair. Plus, this glove is manufactured using renewable energy sources, which produce 6x less CO2 emissions compared to natural gas.19% recycled content
-6x CO2 emissions compared to natural gas
1 500 mL PET bottle/pair kept out of our oceans and landfillsContains 19% RCS certified recycled post-consumer polyester (RM0189). Certified by Control Union CU1119762
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)
- Performance Scores
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EN388:2016+A1:20183X42EEN407:2020X1XXXXANSI/ISEA 105Cut A5ANSI/ISEA 105Abrasion 4