12 Pairs Marigold ME111R Reinforced Chemical Resistant Gauntlets XL

Product Code: ANS-ME111-REINF-9.5-12

ApplicationsIdeal for use where heavy duty chemical protection is essential and especially designed for shot blasting.Features and benefits Unlined black natural rubber latex gauntlet High resistant to water based chemicals - acids & alkalis Special tough finish on the hand (palm & back), ideal for intensive use Beaded cuff for tear resistance to ease donning Granular latex crumb finish whichenhances grip and increase durability prolonging product life.Permeation performance levels    Permeation defined - permeation is a process by which a chemical can pass through a protective barrier (e.g. glove) without going through visible openings, such as pores. Thus molecules of the chemical enter the barrier and wriggle through by passing between the molecules of the glove compound. In many cases the permeated material may appear unchanged to the human eye. Permeation performance levels are assessed by measuring the time for a chemical to breakthrough the glove material. Samples, cut from the palms of the gloves are placed in a permeation cell which enables the chemical to be placed in contact with the outer surfaces of the gloves. Our CMIG laboratories are equipped with different measuring instruments to detect any chemical (e.g. solvents, acids, alkalis and salts) that has broken through to the inside surface of the glove sample. The breakthrough time tests are carried out for up to eight hours, according to EN374. Permeation performance level and breakthrough time (BTT)  Levelx0123456   Times  no test  < 10 mins  > 10 mins  > 30 mins  > 60 mins  > 120 mins  > 240 mins  > 480 mins   Emperor REINF acidesLevelacetic acid, 50%3battery acid4boric acid, conc.6chlorhydric acid, 32%6chromic acid, 10%6chromosulfuric acid, 10%6citronic acid, conc.6formic acid, 10%6formic acid, 90%6fumaric acid, conc.6hydrofluoric acid, 10%6hydrofluoric acid, 48%6hydrofluoric acid, 73%4lactic acid, conc.6maleic acid, conc.6malonic acid, conc.6nitric acid, 50%6orthophosphoric acid, conc.6oxalic acid, conc.6perchloric acid, 60%6sulfuric acid, 10%6sulfuric acid, 96% (L: EN 374:2003)4tannic acid, conc.6alcohols/ethersLevel1,2-propanediol41,4-dioxane31-pentanol61-propanol4diethyl ether1diethylene glycol6diethylene glycol monobutylether6ethanol6ethylene glycol6ethylene glycol monobutylether3glycerol6isobutanol6isopropyl alcohol (2-propanol)6methanol (A: EN 374:2003)4n-butanol6tetrahydrofuran (THF) (H: EN 374:2003)1aromatic compoundsLevelacetophenone3aniline3benzaldehyde3chlorobenzene1diethylphthalate6dioctylphthalate6m-dichlorobenzene2nitrobenzene3phenol, 85%6toluene (F: EN 374:2003)1xylene (isomers)1bases or lyes, alcaline solutionsLevelammonia, 10%6ammonia, 25%6calcium hydroxide, conc.6caustic soda solution, 40% (K: EN 374:2003)6potash lye, conc.6sodium hypochlorite (12% active chlorine)6Chloro SolventsLevel1,1,1-trichloroethane2chloroform1ethylene chloride (1,2-dichloroethane)1tetrachloroethylene (perchloroethylene)2tetrachloromethane2trichloroethylene1concentrated salt solutions ofLevelammonium chloride2calcium chloride2copper sulfate2potassium chloride2sodium chloride2esters/ketones/aldehydesLevelacetaldehyde2acetone (B: EN 374:2003)3butyl acetate3cyclohexanone4diethyl ketone (3-pentanone)1ethyl acetate (I: EN 374:2003)2formaldehyde, 37%6methyl acetate1methyl ethyl ketone (2-butanone)2methyl isobutyl ketone (4-methylpentanone)3methyl methyacrylate2N-methylpyrrolidone5propionaldehyde1propyl acetate2fuelsLeveldiesel fuels2kerosene (Jet a petroleum straight run)2petrol/gasoline2hydrocarbonsLevelisooctane3n-heptane (J: EN 374:2003)2organic nitrogen compoundsLevel2-aminoethanol6acetonitrile (C: EN 374:2003)3butylamine (1-aminobutane)1dimethylformamide (DMF)4ethylamine, 70%2ethylenediamine4propylamine (1-aminopropane)4tert.-butylamine2organosulfuric compoundsLeveldimethyl sulfate (DMS)2dimethyl sulfoxide (DMSO)5p-toluenesulfonic acid6peroxidesLevelhydrogen peroxide, 30%