Latex Examination Gloves,
Non-Sterile, Powder-free
Ambidextrous, Beaded cuff,
Rough surface, Disposable
Length: 245 ± 5 mm
Sizes: XS / S/ M / L/ XL
Packing: 100 pcs/ box, 10 boxes/ carton
Product from Thailand
Latex Examination Gloves, Non-Sterile, Powder-free Ambidextrous, Beaded cuff, Rough surface, Disposable Length: 245 ± 5 mm Sizes: XS / S/ M / L/ XL Packing: 100 pcs/ box, 10 boxes/ carton Product from Thailand
6.9 USD of 100 pcs HS code 4015190000 Powdered SIZE:S/M/L G.W per carton 7.4KG Loading Quantity of 20'GP: 12000 boxes Loading Quantity of 40'GP: 24000 boxes Loading Quantity of 20'HQ: 28000 boxes
Code 21630: Suitable for bacteria-free operations in general surgical rooms, surgical wards, laboratory, cleanroom. Features: 1. Made from selected natural rubber latex. 2. No sensitization response conducted in conformance with ISO 13485 Quality Standards. Color: Natural latex Hand former: micro rough surface in the grip area, with size embossed Sterility: Sterile or non-sterile Size S, M, L Overall length: 245 +/- 5 mm
Gloves Examination Latex, Powder - Free, Non-sterile Size: Small (6-6,5). (7-7,5) The price upon request. Can be delivered to the location as per your request. The payment terms negotiable
SAP Latex Powder Free Gloves Box of 100 Latex powder free gloves polymer coatedwhich improves moist or dry donning efficiency. Procides all rouhnd protection to users. Rolled beaded cuff Natural Latex Colour Textured Surface Ambidextrous Features Non-Sterile Natural Rubber Powder Free Examination Gloves, For Single Use Only Specifations 240mm Length Various Sizes available EN455 Recently Viewed Products Clear All ASAP Latex Powder Free Gloves Box of 100
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
Code 23630: Suitable for bacteria-free operations in general surgical rooms, surgical wards, laboratory, cleanroom. Features 1. Made from natural rubber latex. 2. Excellent chemical-resistance compounded by special treatment. 3. Low protein level-less than 50µg/g. 4. Lowest allergen content.. 5. Excellent han Color: Natural latex Hand former: Textured surface in the grip area, with size embossed Sterility: Sterile or non-sterile Size S, M, L Overall length: 245 +/- 5 mm
Available sizes: XS, S, M, L, and XL. Smooth surface AQL water leakage: 1.5 â?? 4.0. Glove Weight: 5g to 6.5g Glove Length: 240mm to 300mm. Meet or exceed ASTM and EN glove Standards. Suitable for medical, and general industrial applications. Produce from high-quality natural rubber to prevent contamination and protect against harmful substances; the glove also offers superior elasticity for ease of use
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