PVC-coated gloves have excellent tear resistance and grip. They are corrosion-resistant to chemicals in the working environment and are excellent in abrasion resistance and dexterity. Widely used in various industries.
It takes only 4 minutes. This post will let you know how to pick high-quality PVC-coated gloves. As well as understand how to clean it.
What are PVC-coated gloves?
PVC-coated gloves have a base lining made of polyester or cotton. The thickness typically features 13 to 15 G. The surface is coated with PVC. It contains plasticizers and stabilizers, which improve performance. There are many PVC double-coated gloves on the market with extremely superior performance. At present, PVC-coated gloves are commonly made using the dotted process.
The impregnating resin is PVC, or polyvinyl chloride, a synthetic plastic polymer. The gloves are very durable and resist chemicals well. This boosts their abrasion and chemical resistance. It is widely used in various industries.
What are the advantages of PVC-coated gloves?
- Good Chemical Resistance:
PVC coatings resist corrosion from acids, alkalis, salts, and more. - Good Durability:
good tear resistance, cut-proof, and long service life. - Cost-effective:
PVC coatings cost less than coatings such as nitrile - No risk of latex allergy:
free of natural latex protein - Good grip:
comfortable to wear and enhances work precision
Structure of PVC-coated gloves
PVC-coated gloves are mainly divided into two structures, namely the glove liner and the outer coatings.
Glove liner:
knitted with polyester, spandex, nylon, and Kevlar. It conforms to the hand, breathes,and increases durability. Some types of base materials also have warmth-retaining properties.
Outer coatings:
PVC coatings are used, with single/double dipping currently dominating the market.
How are PVC-coated gloves produced?
- Molding: The knitted glove liner is placed over a special hand mold.
- Impregnation: The hand mold is dipped into the formulated PVC paste.
- Plasticizing and drying: An oven up to 180°C cures the glove coatings.
- Cooling and demolding: the finished gloves are removed after cooling.
- Post-processing: personalized treatment such as turning edges, trimming, quality control, and packaging.
Advantages and disadvantages of PVC-coated gloves
When selecting the right work gloves, the most important concern must be the advantages and disadvantages of PVC-coated gloves. This is because it is not only about the safety of your hands, but also about the level of comfort during use.
Advantages of PVC-coated gloves
- Chemical resistance
- Durable
- Waterproof
- High gripping power
- Affordable price
- Variety of sizes
- Customizable
Disadvantages of PVC-coated gloves
- Low dexterity
- Low breathability
- Potential allergenicity
Factors to keep in mind when selecting PVC-coated gloves
In order to pick the most suitable PVC-coated gloves, these factors must be considered among them:
- Suitable size:
you can ask the supplier about the length of the gloves before purchasing, and then choose the right size that can improve your work efficiency. - Comfort level:
Gloves are usually worn for a long time during work, so whether they are comfortable or not is a very important consideration - Budget cost:
within a reasonable budget, pick the most suitable PVC coating gloves for the needs of the work scene.
Application range of PVC-coated gloves
In view of the different requirements in different working environments, we provide you with practical applications of PVC-coated gloves in various industries.
- Chemical plants
- Construction industry
- Warehousing and logistics
- Agriculture
Why PVC-coated gloves important?
Hands, as an important part of our body, are always exposed to inadvertent injuries. Cuts, punctures, burns, or even serious chemical burns can have a major or minor impact on life and work.
Reduced work efficiency, inconvenient life, and a host of other problems. So it is especially important to protect your hands at work. The PVC-coated gloves introduced today can protect against chemicals and prevent injuries from heavy or sharp objects. Be sure to have a pair of these gloves on hand if you need them!
Excellent choice of PVC-coated gloves M-tide
We at M-tide go to great lengths to provide our customers with the perfect product. From the manufacturing process to delivery to your door, we are dedicated to serving you with an attitude of excellence in every process! Choosing the right pair of PVC-coated gloves is essential to protect against potential hazards that you may encounter in your working environment!
Frequently Asked Questions
What is the dot process?
Dots are small dots around the palm of the hand and fingers, commonly known as the “dotting process”. They are used to increase friction, either smooth or wet, to improve grip and make handling more precise. What types of dots are there?
- Solid Dots
- Ring-shaped dots
- Irregular granular dots
Are PVC-coated gloves chemically resistant?
Of course, the property that PVC-coated gloves are best known for is their superior chemical resistance. The PVC coatings added to the gloves are able to withstand most chemicals, providing us with peace of mind in our work environment. If you have a lot of chemicals in your work environment, then these gloves will definitely be able to help you.
What are the benefits of quality PVC-coated gloves?
Invest in a quality PVC-coated glove. In the long run, they will be used more often than regular models, and the protection of your hands can be even better and more complete. That’s why it’s important to combine all aspects when picking a glove.
Can PVC-coated gloves be recycled?
Yes, PVC-coated gloves can be recycled. But before recycling, you have to clean up the other substances left on the gloves and then hand them over to the professionals. They will recycle them for reuse. For the environmental protection goal of green and low carbon, every one of us should do our part.
How to maintain PVC-coated gloves?
Step 1: Use a mild detergent and gently rinse or scrub in cool water.
Step 2: Do not dry in direct sunlight; instead, air-dry naturally in a shaded area.
Step 3: Store in a cool, dry place; avoid damp or high-temperature environments.
