eco nitrile pf 250 protective glove, laboratory glove - category iii ppe glove - ambidextrous powder-free green/white nitrile glove - aql 0.25 - extra length

Description :

ecoSHIELD™ gloves offer an ECO-logic and ECO-nomic solution for laboratory workers seeking environmentally friendly options without additional costs. Today, companies must demonstrate their commitment to preserving the environment and biodiversity by actively reducing the impact of their activities and procurement processes. There are many ways to enhance our environmental impact: opt for products with recyclable or recycled packaging, choose maritime freight over air freight (which is ten times more polluting), and incinerate gloves to produce energy (most disposable gloves are considered contaminated after use and cannot be disposed of in landfills). Remember, to protect our shared environment, it is crucial to use "the right glove for the right application, only when necessary. User’s Instructions Storage and Disposal Recommendations Storage: Store in a cool, dry place. Protect gloves from direct sunlight, intense artificial light, X-ray machines, and other ozone sources. Disposal: Dispose of gloves according to local authority regulations. Regulatory Compliance: These are MDR Class 1 examination gloves according to Regulation (EU) 2017/745. They are PPE Category III protective gloves according to Regulation (EU) 2016/425, providing protection against hazardous chemicals and microorganisms. Caution: These gloves are not suitable for mechanical or thermal protection. The information provided does not reflect the actual duration of protection in workplace conditions or the difference between mixtures and pure chemicals. Chemical resistance has been assessed under laboratory conditions from samples taken from the palm only (except for gloves equal to or over 400 mm, where the cuff is also tested) and pertains only to the tested chemical. The chemical resistance may vary if the chemical is used in a mixture. Ensure the gloves are suitable for the intended use as workplace conditions, such as temperature, abrasion, and degradation, may differ from the type test. Protective gloves may provide less resistance to dangerous chemicals due to changes in physical properties. Factors like movement, snagging, rubbing, and chemical contact degradation can significantly reduce actual use time. For corrosive chemicals, degradation is a critical factor in selecting chemical-resistant gloves. Inspect gloves for defects or imperfections before use. The penetration resistance assessment is based on laboratory conditions and relates only to the tested specimen. Declaration of Conformity: See below Compliance