Supertouch Black Powder Free Nitrile Gloves Size Large 100pcs

Description When strength and dexterity are of the utmost importance, our allergy-free Powder-free black Nitrile Gloves are the ideal choice. From food handling to engineering, these versatile gloves are sure to suit the task at hand. Powder free Latex-free Micro-textured Application For Use Recommended Applications Include Automotive, engineering, agriculture, general use, cleaning & janitorial, care homes and health care. Storage Guidance  When not in use, store the product in a well-ventilated area away from extremes of temperatures. Keep out of direct sunlight Packaging: 100 pieces per dispenser Medical Grade – AQL 1.5 12611-4 12691-4 12671-4 Industrial Grade – AQL 4.0 12111-4 Conforms to EN 455 12611-4 12691-4 12671-4 BS EN 374-1/Type C 12611-4 12691-4 BS EN 374-1/Type B 12671-4 What Is Nitrile?  Nitrile is a type of synthetic rubber, which means that people who suffer from latex allergies are able to wear gloves made from this material. It is estimated that up to 5% of the general population have a latex allergy, which indicates why nitrile has become such a popular option. The benefits of nitrile go beyond allergies. When compared directly with latex or vinyl gloves, it is far more puncture-resistant, which can prove vital in applications that pose the risk of snagging (it is worth noting that if working with sharp objects or tools, cut-resistant gloves are required). It is also the case that from a financial perspective, nitrile has historically proven to be more stable in price than latex. This is owing to the fact that it is a synthetic material, and therefore not as dependent on natural resources as latex is. However, this has changed over the course of the past year, with a massive increase in demand for nitrile triggering a significant price rise, particularly for raw materials. There have also been supply chain challenges, largely associated with the knock-on effects of COVID-19, which has raised the cost even further. Click Here To Read Orignal Article