Vinyl gloves are made from a synthetic material called polyvinyl chloride (PVC). Chemists create the PVC substance through the polymerization of vinyl monomers.
Then, the raw material is injected with a chemical called a plasticizer to make it soft and pliable for glove use. Often, the plasticizer contains toxic phthalates, which can be absorbed into the glove wearer’s skin and leach into food, causing cross-contamination.
Disposable
Disposable gloves are a vital safety tool in many industries, from food processing to industrial work to chemical and medical applications. These protective gloves offer a high level of protection and fit like a second skin, providing an effective barrier against contamination and infection.
Originally, gloves were made from natural rubber, but more recent developments have resulted in other materials being developed for different applications and environments. These include nitrile, latex and vinyl.
Nitrile is a synthetic rubber material that offers resistance to chemicals and abrasion, making it ideal for handling hazardous materials in laboratories and other industrial settings. Its thin, disposable variety is particularly useful for protecting hands from chemical exposure in laboratories and other low-risk environments where a single use glove is all that is required.
While latex gloves are a more robust option, they can be uncomfortable and cause a risk of allergic reactions in some people. In these cases, vinyl gloves can be a more cost-effective alternative. They are also less prone to tearing and punctures, and can be used for more delicate tasks.
Powdered
Vinyl gloves are one of the most popular types of disposable safety gloves, used in a variety of applications and often more affordable than latex or nitrile alternatives. They’re also more resistant to chemicals and come in different thicknesses with options for powder or powder-free.
Powdered gloves are lubricated with a fine powder such as cornstarch, which makes them easier to put on and take off. The powder also reduces sweating inside the glove and enhances grip.
However, the powder coating can impede the body’s natural healing process and interfere with chemical sealing and wound closure, which may cause irritation to some people and lead to dermatitis. This is why powdered gloves aren’t recommended in some medical procedures.
Nitrile
Nitrile gloves are a synthetic alternative to latex, and they have more protection against chemicals. They’re thicker than vinyl gloves, and they can be slicker for easier donning.
They’re also less likely to cause allergic reactions, and they’re much cheaper to produce than latex alternatives. They’re a great choice for janitorial work, material handling, metal fabrication, and food service.
Unlike latex, they’re not hygroscopic, so they’re safe to handle even if they’re wet or oily. They’re also highly resistant to snags, cuts, and punctures.
Nitrile gloves are manufactured from nitrile butadiene rubber (NBR). They’re derived from the bonding of two molecules: acrylonitrile enhances chemical resistance, and butadiene increases flexibility and tear resistance.
Ambidextrous
Ambidextrous gloves reduce the time needed to sort gloves and allow workers to quickly grab and wear the right glove. This is especially important in fast paced foodservice and medical locations that often require workers to grab gloves quickly before heading out the door.
In addition to being ambidextrous, these gloves are made from a high-quality material that offers protection for a variety of substances and bacteria. They are a great choice for industrial use and are safe for those with allergies to latex.
These vinyl gloves are a great option for a variety of applications including food handling, chemical processing, janitorial and biohazard handling. They also offer puncture and abrasion resistance.
A leading vinyl gloves supplier provides industrial-grade disposable vinyl gloves in small, medium, large and X-large sizes with rolled cuffs. These textured gloves are 5 mil thick and offer puncture and abrasion resistance.
