TPC Latex Underglove Surgical Gloves – Sterile, Powder-Free, T-Polyure Coated
Optimised for Sensitivity. Designed for Protection.
The TPC Latex Undergloves are expertly engineered to serve as the perfect base layer for double-gloving during surgery. Coated with a unique T-Polyure layer and crafted from high-quality natural rubber latex with H-Gel™ comfort lining, these gloves ensure smooth donning, excellent tactile sensitivity, and reliable protection. Their vibrant green color also provides a clear contrast when worn under outer gloves—making puncture detection fast and easy.
Key Features & Benefits
-
✅ T-Polyure Coating: Enables easy donning on dry or damp hands, enhancing workflow and reducing delays.
-
✅ Green Contrast Layer: Enhances visibility for double-gloving and immediate puncture detection.
-
✅ Skin-Friendly: Non-chlorinated for reduced irritation—gentle on the skin, safer for the environment.
-
✅ Ergonomic Design: Anatomical, hand-specific fit with forward thumb ball reduces fatigue in long procedures.
-
✅ 100% Tested: Every glove is stripped, air-leak tested, and auto-packed in a temperature-controlled cleanroom.
-
✅ Sterile & Powder-Free: Reduces the risk of powder-related post-operative complications.
-
✅ High Grip Control: Micro-textured finish with medium calibrated grip for safe instrument handling.
Standards & Compliance
-
Meets or Exceeds ASTM surgical glove standards
-
Certified By: DEKRA, SATRA, ARDL, BSI
-
Compliance: EN 455 1-4, EN ISO 374 1-5:2016, EN ISO 21420:2019, ISO 10993, ISO 10282, FDA 510(k), MDSAP
-
Quality Systems: ISO 9001, ISO 13485:2016, ISO 14001
-
Additional Testing: Viral penetration (ASTM F1671), chemo drug resistance (ASTM D6978), cytotoxicity, sensitization & more
Available Sizes: 6 – 9
MOQ: 50,000 pairs
Packaging: 1 pair/bag, 50 pairs/box, 8 boxes/carton
Carton Dimensions: 546 × 304 × 424 mm
Capacity: 20GP – 200,000 pairs | 40HQ – 440,000 pairs
Trusted by surgical teams worldwide, these undergloves combine tactile precision with high-performance protection—perfect for demanding surgical environments.