polyurethane coated work gloves

Our PU palm gloves:

Packaging and delivery

Supply Ability

PU coating palm with nylon lining provides excellent flexibility,abrasion resistance,god permeability,nonslip grip 

and correspondence with hand shape,applicable to delicate work as follows:

APPLICATIONS                        

Electronics assembly                       

Computer assembly                      

Automotive assembly                      

Small parts handing                       

Quality checking      

 SPECIFICATIONS

 Material: Polyamide fiber ,Polyurethane

color:White/grey/black

size:

machine:Roboticized Knitting Machine

What is the use of polyurethane coated work gloves ?

1. Enhanced Grip in Challenging Conditions

• Oily, Wet, or Smooth Surfaces: PU coatings provide excellent tackiness, making them ideal for handling tools, machinery, or materials in slippery environments (e.g., automotive repair, food processing, or marine work).

• Dry Applications: Maintain grip on dry surfaces like wood, metal, or plastic (common in construction or assembly lines).

2. Protection Against Abrasion and Wear

• Durability: The PU layer resists abrasion, extending glove life in repetitive tasks (e.g., handling rough materials, bricks, or ropes).

• Light Cut/Puncture Resistance: Offers basic protection against minor cuts or scratches, though not as robust as Kevlar or metal-reinforced gloves.

3. Dexterity and Comfort

• Thin, Flexible Coating: Allows for fine motor skills and tactile sensitivity, critical for precision tasks like electronics assembly, packaging, or small part handling.

• Breathability: Many PU-coated gloves use lightweight, breathable fabrics (e.g., nylon or polyester) to reduce hand fatigue during prolonged use.

4. Chemical and Solvent Resistance

• Oils, Greases, and Mild Chemicals: PU coatings resist degradation from common industrial substances, making them suitable for automotive, machining, or maintenance work.

• Latex-Free: Safe for users with latex allergies.

5. Common Applications by Industry

• Automotive: Handling oily parts, tools, or machinery.

• Construction: Gripping materials like lumber, pipes, or drywall.

• Manufacturing/Assembly: Precision tasks requiring grip and dexterity.

• Warehousing/Logistics: Loading/unloading boxes, operating forklifts, or pallet handling.

• Landscaping/Gardening: Protection while handling tools, rocks, or plants.

• Food Processing: Grip in wet or cold environments (ensure food-safe certification).

6. Advantages Over Other Coatings

• Vs. Latex: More resistant to oils and solvents; hypoallergenic.

• Vs. Nitrile: Softer, more flexible, and better grip in dry/oily conditions (though nitrile excels in chemical resistance).

• Vs. PVC: Less stiff in cold temperatures and more eco-friendly.

Limitations to Consider

• Not for Extreme Hazards: Limited puncture/cut resistance compared to heavy-duty gloves (e.g., Kevlar or leather).

• Heat Sensitivity: PU can degrade at high temperatures (>150°C/302°F).

• UV Degradation: Prolonged sun exposure may weaken the coating over time.