Elbow Length Long Gloves

industrial gloves are

made of PVC, nitrile or rubber, fulfill safety standards in 90% of industrial applications. We are committed to providing the most comfortable and safe personal protection.

✔ Manual High Quality Stitching.

✔ No Leak Hot Melt Glue Compression.

✔ Heavy Machine Compressed to Insure Perfect Bonding.

✔ High Pressure Tested to Ensure Waterproof Properties.

25 Inch Reusable Oil Resistant Work Gloves

keep your arms and hands protected when you work with liquids and chemicals. The heavy duty PVC coating provides a shield to water, oils, acids, and more. The cotton fleece lining helps the gloves put on and remove easily and be comfortable and easy to wear. Each glove has a textured finish on the hand, giving you a secure and reliable grip, even when working in wet conditions.

✔ 100% Liquid Proof.

✔ Better Dexterity, Comfortable Seams.

✔ Elastic in Upper Sleeve Keeps Glove On

✔ Flexible, Sandy Textured Finish for Superior Grip.

✔ 25 Inch Gauntlet Cuff Protects Wrists and Forearms

With full arm protection and elastic top

Extended arm pond gloves length of 64mm, and the design of the elastic cuff makes it stick to your arm, not easily falling off.

The waterproof cleaning gloves are made of high-quality premium Material.

Non-corrosive and durable.

The gloves are coated with blue PVC, and the ergonomic design and seamless lining provide maximum comfort and minimal hand fatigue. Durable and thick rubber gloves can be used for years.

Sandy Texured Plam

Sandy texured plam offer excellent resistance to oil and acid.

13 gauge seamless cotton liner

Cotton lining provides a good temperature for both hands, breathable and more comfortable to wear.

Waterproof

PVC long cuff, soft and waterproof, ideal for wet and moisture work place.

Safety Work

These sleeves are up to 25 inches long and use a unique heat sealing sleeve technique to produce. They are durable and not easy to break, which can provide better protection for arms.

Great Gripping Ability

sandy textured design minimizes the force