SuperS Cut Resistant Gloves PU Coated

FAQ

FAQ — Cut-Resistant Gloves PU Coated

1. What does “cut-resistant PU coated” mean?

These gloves combine a cut-resistant liner (such as HPPE, steel or glass fibre, or other engineered yarns) with a polyurethane (PU) coating on the palm and often fingers. The PU coating improves grip, abrasion resistance, and handling, while the liner protects against cuts.

2. What standards should I check for?

Look for EN 388 (mechanical hazards: abrasion, cut, tear, puncture), EN ISO 21420 for general glove requirements, ANSI/ISEA 105 for cut / abrasion / puncture ratings, and ISO 13997 for higher cut performance. Ratings are expressed in levels (e.g. EN cut level D or C, ANSI A4, A5, A6 etc.).

3. How is cut resistance measured?

By standardized test methods: e.g. EN 388 (blade cut or ISO variant), ANSI/ISEA cut test (ASTM F2992). These tests measure how much force is needed to cut through the liner material. Higher cut level = more protection but usually less flexibility.

4. What is the benefit of PU coating vs other coatings?

PU (polyurethane) coatings are thinner than some coatings, offering better dexterity and feel, especially for fine-handling tasks. They also tend to provide good grip in dry or slightly damp conditions, better abrasion resistance in high-wear zones, and can be more comfortable in hot/humid conditions compared to thicker rubber or nitrile coatings.

5. How to choose the right glove size and gauge?

Size should allow snug fit; glove should cover palm and fingers without slack. Gauge refers to the thickness of the liner knit (e.g. 10-gauge, 13-gauge, 18-gauge) — lower gauge = thicker, more protective but less dexterous; higher gauge = more flexibility & tactile sensitivity.

6. What are the limitations of PU coated cut-resistant gloves?

They are **not** cut-proof. Extremely sharp edges, high speed blades, or long continuous exposure can breach protection. PU coatings may degrade under heavy oil, chemical exposure, or high heat. Also, limp or stretched liners/coating reduce protection.

7. How should I care for them to maximize life?

Keep gloves clean—wipe off debris, avoid exposure to harsh chemicals not compatible with PU, let them dry naturally, avoid exposing to direct heat. Replace when liner fibres break, the PU coating cracks or peels, or grip is significantly reduced.

8. When should I replace these gloves?

When visible wear: holes, liner exposed, coating damaged; when performance (cut/abrasion) appears degraded; when comfort or fit is lost; or after any incident that might compromise safety (e.g. cut through liner).

Applications & Use Cases

Applications & Use Cases — Cut-Resistant Gloves PU Coated

• Metalworking & Fabrication
  • Handling sheet metal, sharp edges, cut or bent pieces
  • Deburring, grinding, filing operations
  • Fabrication of metal frames, enclosures, components
  • Welding support and post-weld cleanup (spatter protection not full welding glove)
• Automotive & Mechanical Assembly
  • Working on engine parts, sharp metal trims
  • Assembly line tasks involving sharp fasteners or edges
  • Handling of glass or sheet metal trim pieces
  • Maintenance or repair interactions with sharp tools/components
• Construction & Carpentry
  • Carrying or placing metal studs, brackets
  • Working with tools like saws, rasps, cutting blades
  • Handling nails, screws, sharp waste material
  • Facade work, metal roofing, cladding installation
• Maintenance, Warehousing & Logistics
  • Palletising sharp-edged crates or metal parts
  • Material handling of cut-parts or scrap metal
  • Inspection tasks involving sharp edges that require good dexterity
  • Sorting, packaging, or unpacking work with sharp items
• Electronics & Precision Tasks
  • Small-parts handling where dexterity is required
  • Working with components having sharp corners or burrs
  • Inspection and finishing of small metal/glass parts
  • Tasks requiring touchscreen use or precise manual control

Product Features — Cut-Resistant Gloves PU Coated

Product Features — Cut-Resistant Gloves PU Coated

• High-performance liner yarn — usually HPPE, glass fibre, steel or combinations to give cut resistance (EN cut level C, D, E or ANSI/ISEA A4-A6 etc.).
• Gauge knit liner — e.g. 10-, 13-, 18-gauge depending on balance needed between protection & dexterity.
• PU coating on palm/fingers — thin polyurethane dip for good grip, tactile sensitivity, abrasion resistance especially in dry or slightly oily environments.
• Reinforced high-wear zones — thumb crotch, fingertips, palm edges often reinforced to prevent early wear or failure.
• Comfort & cuff design — knit wrist or elastic cuff to secure fit, breathable back of hand to reduce heat buildup.
• Touchscreen compatible finishes — some gloves allow fingertip contact with screens without damaging liner or coating.
• Standards compliance — certified to EN 388, ANSI/ISEA 105 etc.; cut, abrasion, tear, puncture scores clearly marked.
• Lightweight & flexible build — thinner coating and high-gauge liner reduce bulk and hand fatigue.