PVC gloves are used in various fields to protect against potential hazards. They come in different types, including safety, medical, laboratory, and industrial gloves. Proper fit is crucial for maximum protection.
Polyvinyl chloride, better known as PVC, is a thermoplastic polymer used to coat the exterior of gloves to provide protection against chemicals, punctures, cuts, and abrasion. This variety of protective gloves are used in various fields of work to protect against various potential hazards. Types of PVC gloves include safety gloves, medical gloves, laboratory gloves, and industrial gloves.
Warehouse workers, farmers, farmers, construction workers, and commercial fishermen wear PVC safety gloves to protect their hands from cold weather, potential puncture wounds, and abrasions. These types of PVC gloves are foam lined, single dipped, and cinched at the wrist for added insulation against the elements. These gloves are distinctive because they also have a liquid resistant coating to keep them flexible when used in sub-zero temperatures.
Medical gloves are another variety of gloves that may be PVC coated. The PVC liner provides additional protection against bloodborne pathogens and other bodily fluids, due to its intense strength and puncture resistance. They are also latex free, making them perfect for people with sensitive skin. What sets these types of PVC gloves apart from others is that they are ultra-thin and provide fingertip sensitivity for working with needles and other fine instruments.
Chemists wear laboratory gloves, as they protect the skin from contact with harsh chemicals, such as acids. PVC gloves are cut and puncture resistant, which means that chemicals cannot get into the gloves, should an accident occur. They come in either a gauntlet or wrist shape, making them perfect for all lab projects. PVC lab gloves are also flexible, allowing for easy movement when working with small or fragile items.
Industrial gloves are worn by people in the heavy equipment industry. This variety of PVC gloves is also heat resistant, making them perfect for working on hot machinery. They are resistant to chemicals, punctures, cuts and abrasion. The wrinkled finish on the palm and fingers provides slip-resistant grip capabilities to prevent frequent accidents.
For PVC gloves to provide maximum protection, they must fit properly. Gloves that are too large will allow chemicals to enter through the cuffs or out during use. Gloves that are too small are likely to tear or not completely cover the hand, leaving it exposed to chemicals, heat, or sharp objects. A properly fitting glove will fit snugly, but still allow the wearer to make a fist. Gloves should be used for the job for which they were designed, as not all gloves are created equal.
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