CHARACTERISTICS: Anti-cut glove manufactured seamlessly, with graphene fibre backing and micro nitrile foam lining.
GRAPHENE fibre provides exceptional resistance to cutting and abrasion, due to the tensile strength that the fibre provides.
Besides offering cut protection to the glove, the fibre also offers other properties
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Antibacterial and anti-dust mite action. Protection against allergies and bacteria. The fibre always remains stable.
- Antistatic action. Protects the skin from static electricity.
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UV-A and UV-B protection. The atomic structure of graphene reflects all types of light.
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Thermoregulatory, keeps hand temperature constant, protecting from heat and cold.
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Environmentally friendly, unlike other synthetic fibres or chemicals present in other gloves.
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Protection against heat by contact. Certified up to 100º contact protection.
Plus, the graphene fibre is extremely comfortable and lightweight, offering the highest cut protection, and the glove is lightweight and flexible.
USES:
Works where there is manipulation of cutting elements.
Metal, sheet metal, glass.
Handling and assembly of sharp, dry or slightly greasy objects.
Waste recycling, metallurgical industry, storage.
TECHNICAL CHARACTERISTICS:
CE: The glove complies with the legal and technical safety requirements according to the "European Legislation".
CAT-II: Regulation (EU) 2016/425 defined: "Risks other than those specified in categories I and III.
This EPI complies with the requirements set out in the European standards:
EN 420: 2003 + A1: 2009 (protective gloves. General requirements and test methods);
EN 388: 2016 (protective gloves against mechanical risks);
EN 407: 2004 (protective gloves against thermal risks);
EN 420: 2003 + AI: 2009.
EN 388:2016
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Protection level:
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Abrasion resistance
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Level 4
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Cut blade resistance
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Level l 4
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Tear resistance
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Level 4
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Puncture resistance
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Level 2
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Cut resistance TDM
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D
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EN 407:2004
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Protection level:
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Flammability
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Not tested
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Contact heat
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Nivel 1
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Convective heat
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Not tested
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Radiant heat
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Not tested
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Small molten metal droplet
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Not tested
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Large molten metal masses
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Not tested
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