Code 65120: wet-donning, ideal as an under glove when double gloving Features 1. Powder free, latex free. 2. Idea as an under gloves when double-gloving. 3. Glove's shape conforms to ergonomic design, offering exceptional tactile sensitivity. 4. Easy wet-donning Color: Blue Hand former: anatomic shape, beaded cuff, textured surface in the grip area, with size embossed Sterility: Sterile Size: 6.0, 6.5, 7.0, 7.5, 8.0, 8.5 Overall length: 305 +/- 5mm
WE CAN SUPPLY CARDINAL HEALTH PROTEXIS SURGICAL GLOVES 50 PAIRS / BOX 4 BOXES / CARTON PLEASE DON\'T HESITATE TO CONTACT US IN CASE OF ANY INTERESTED
Surgical Gloves (Powdered / Powdered Free) Product Code: MED 140 Specifications: Sterile, one pair wallet and folded in a peel to open or Cut to Open pouch Size/Strength: 6.0, 6.5, 7.0, 7.5, 8, 8.5 & 9 Weight:-17 gm & 21 gm Cuff Length: -270 mm-290 mm Description Manufactured from High Quality Natural Rubber Latex. Quality Level (AQL) of 1.5 CE, ISO In-line leaching process reduce content of soluble proteins Avoidance of theorems for lower allergenic potential Manufactured and packed under clean and hygienic environment ensuring Low Bio-Burden on the gloves Consistently low protein levels Good elongation and full anatomic shape provide little hand fatigue and lasting comfort in use even during long procedures. Micro rough surface for that extra grip Lightly powdered with USP grade absorbable corn starc
Surgical Gloves
SteriMed Sterile Surgical Gloves are anatomically designed to provide maximum comfort and grip while reducing hand fatigue to the user The extractable NR latex proteins content is kept to the minimum thereby reduce skin allergic reactions In addition the gloves contain moderate dusting powder level which facilitates swift removal of powder prior to surgical procedures * High Strength Natural Rubber Latex * Low Modulus * Maximum Comfort and Protection * Micro roughened nonslip surface for excellent grip * Softer latex reduces hand fatigue and stronger latex reduces glove tearing * Conform to ASTM D3577 and EN 455 Specifications * Hypoallergenic minimizing potential allergic risks * Sterilized by Gamma Irradiation * Fitting beaded cuff * Punctureresistant design
Code 18210: Increased thickness for maximum protection suitable for orthopedic surgeries Features 1. Triple-layer design consists of double-dipping latex technology and polymer coating. 2. Made by natural rubber latex with low protein content. 3. Excellent hand-fitting made by perfect Color: Brown Hand former: Anatomic shape, non-beaded cuff, textured surface in the grip area, with size embossed Sterility: Sterile or non-sterile Sizeï¼? 6.0, 6.5, 7.0, 7.5, 8.0, 8.5 Overall length: 310 +/- 5mm
Code 17210: Reduced thickness for maximum sensitivity suitable for microsurgery operations Features 1. Triple-layer design consists of double-dipping latex technology and polymer coating. 2. Made by natural rubber latex with low protein content. 3. Excellent hand-fitting made by perfect Color: Brown Hand former: Anatomic shape, non-beaded cuff, textured surface in the grip area, with size embossed Sterility: Sterile Size 6.0, 6.5, 7.0, 7.5, 8.0, 8.5 Overall length: 310 +/- 5mm
Code 11150: Excellent hand-fitting Features 1. Made by natural rubber latex. 2. Safe grip with textured surface, easy donning and comfort. 3. No sensitization response conducted in conformance with ISO 13485 quality standard. Hand former: anatomic shape, beaded cuff, textured surface in the grip area, with size embossed Sterility: Sterile Size: 6.0, 6.5, 7.0, 7.5, 8.0, 8.5 Overall length: 290 +/- 5mm / or 305+/-5mm
Code 16150: Improved treatment to allow wet hands to slip in easily. Features 1. Triple-layered design consists of double-dipping latex technology and polymer coating. 2. Made by natural rubber latex with low protein content. 3. Excellent hand-fitting made by perfection Color: Natural latex Hand former: Anatomic shape, beaded/non-beaded cuff, textured surface in the grip area, with size embossed Sterility: Sterile Size 6.0, 6.5, 7.0, 7.5, 8.0, 8.5 Overall length: 290 +/- 5mm / or 310+/-5mm
