Kuala Lumpur Copper Pipe Pressure Fittings Suppliers and Manufacturers

SteriMed Nitrile Gloves contain butadieneacrylonitrile a synthetic copolymer containing no natural rubber latex protein This eliminates the potential for Type I allergic reactions among NRL sensitive individuals and is chemically toughened for resistance in most solvents including petroleum * High flexibility and comfort * Excellent resistance against punctures water permeability * Superior chemical and solvent barrier protection * Textured fingertips for wet and dry grip * Fitting Beaded Cuff for easy donning and to prevent roll down * Excellent tactility with minimized hand fatigue

High quality medical grade gloves made from low allergic natural rubber latex, rigorously inspected and tested to exceed the requirements of the European Specification EN455 Part 1 (Freedom from holes), EN455 Part 2 (Physical Properties) and EN455 Part 3 (Biocompatibility) and ASTM D-3578. Lightly powdered with corn starch for bio-absorbability. * Natural Rubber Latex * Ambidextrous * Manufactured in Accordance with ASTM D3578/ EN 455/ FDA Specifications * Maximum Comfort and Protection * Lightly Powdered with USP Absorbable Dusting Powder * Fitting Beaded Cuff for easy donning and to prevent roll down * Available in a smooth surface or an exclusive textured surface * High tensile strength to minimize tearing

SteriMed Powderfree Latex Examination Gloves provide yet another complimentary alternative to meet the stringent demands of diverse users Ideal for medical use these gloves undergo an advanced halogenation washing process which minimizes sensitivity to allergic reactions * These lowprotein gloves also feature a specially textured surface to improve grip Pigment free with no fillers or waxes they offer better protection as they are less likely to absorb body fluids * Natural Rubber Latex * Ambidextrous * Manufactured in accordance with ASTM D3578 EN 455 FDA specifications * Low levels of soluble protein to further reduce incidences of skin sensitivity reactions * Micro roughened nonslip surface for optimal sensitivity * Fitting Beaded Cuff for easy donning * Continuous polymer coating buffers wearer from direct contact with latex to further reduce the risk of skin irritation

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

* Another alternative to meeting the stringent demands of industry Designed to perform like a premium synthetic glove SteriMed Poly Chloroprene Gloves are without the associated risk of adverse reactions to proteins inherent in natural rubber latex * An effective hand protection barrier against contamination and infectious diseases the glove is also chemically toughened to provide extra protection against a broad range of chemicals and oils making it ideally suitable for handling acids caustics and alcohols * Chloroprene formulation allows for enhanced barrier protection of a synthetic glove with the comfort fit and feel of natural rubber * Being of latexfree nature thus eliminating potential Type I allergic reaction elicited by natural rubber proteins * The formulation offers low modulus allowing greater dexterity tactile sensitivity and reduced hand fatigue * The polymer coating not only facilitates ease of donning but also offers greater resistance to fluid permeation * Ambidextrous with textured fingertips for enhanced wet and dry grip * Low modulus for minimized hand fatigue