Product information “nitri-med® examination gloves made of nitrile / size XL”
Medical gloves (nitrile) – size XL – CE2777
The nitri-med® nitrile examination and disposable protective gloves are powder-free, with a textured finger area for optimal grip, highly elastic, particularly tear-resistant and safe with an excellent fit. The gloves can be used on both sides and are suitable for medical examinations as well as diagnostic and therapeutic procedures. The product offers the wearer sufficient resistance and protection against chemical and biological hazards and is therefore suitable not only for medical use but also for use in the laboratory and for handling biologically or chemically contaminated materials.
Quality features:
As a class 1 medical product, nitri-med® examination gloves meet the requirements of Regulation (EU) 2017/745 and, as category III personal protective equipment, meet the requirements of Regulation (EU) 2016/425. This product has been designed and tested to the following harmonized standards:
- EN455-1:2020
- EN455-2:2015
- EN455-3:2015
- EN ISO 374-1:2016
- EN ISO 374-2:2019
- EN ISO 374-4:2019
- EN ISO 374-5:2016
- EN16523-1:2015
- EN ISO 21420:2020
- ISO 16604:2004
Properties & scope of delivery:
Contents: 100 nitrile gloves in size XL per pack
Terms of delivery:
In the case of availability/stock items, the delivery time is 1-3 working days.
Larger quantities on request.
Areas of application:
Nitrile gloves are often used in the following areas, among others:
- Human medicine (hospitals, resident doctors, emergency services)
- veterinary medicine
- Elderly and nursing care
- food industry
- gastronomy
- cleaning work
- chemistry labs
- Tattoo Studio
- hair salons
These gloves are made from Nitrile (Acrylonitrile Butadiene) and offer an excellent biological barrier and good resistance to bacteria, fungi and viruses found in typical medical environments. It is recommended to check that the gloves are suitable for the intended use as workplace conditions can vary. Excessive use of the gloves can significantly reduce the actual service life.
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