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Gloves - Tables of Properties and Resistances

General Glove Properties


Glove
CostGeneral Chemical ResistanceRecommended UsesDisadvantages
Latexlowdecent for dilute inorganic solutionsbases, alcohols, dilute water solutions, okay with aldehydes and ketonespoor for most organics
Polyvinyl Chloridelowmedium general resistancestrong acids and bases, salts, alcohols, amines, peroxides, water solutionsplasticizers my be stripped, poor for most organics
Nitrilelowsome organicsoils, greases, aliphatic chemicals, xylene, perchloroethylene, trichloroethane, toluene, some acids and bases, some biohazardous materialsnot good with many ketones, benzene, methylene chloride, and trichloroethane
Neoprenemediummedium general resistanceoxidizing acids, peroxides, hydrocarbons, alcohol, anilines, phenol, glycol, ethersnot good with many chlorinated solvents, esters, ketones, aromatics
Vitonextremely highorganic solventsaromatics, chlorinated solvents, aliphatics and alcoholspoor physical properties, not good with some ketones, esters and amines
Butylhighpolar organicsglycol ethers, ketones, estersnot good with hydrocarbons, halogenated solvents
Polyvinyl Alcoholvery highorganicsaliphatics, aromatics, chlorinated solvents, ketones, esters, ethersNot good with alcohols, acids, bases; glove is destroyed by water
Silver Shieldmediumhigh general resistancehazmatpoor fit, stiff, easily punctured

General Glove Resistance

Chemical HazardLatexPolyvinyl ChlorideNitrileNeoprenePolyethlyleneVitonButylPolyvinyl Alcohol
Dilute Acids++++++
Alcohols+++++++
Alkali++++++
Aromatics++
Chlorinated Hydrocarbons++++
Epoxy Resins+++++
Esters+
Hydrocarbons+++++
Ketones+
Lacquer Thinners+++++
Oils, Grease++++++
Petroleum Distillates+++++
PCB's+

Glove Suitability for Specific Cleanroom Chemicals

Chemical HazardLatexPolyvinyl ChlorideNitrileNeoprenePolyurethanePolyethlyleneViton (fluoroelastimer)ButylPolyvinyl AlcoholSilver Shield (norfoil)
Acetic AcidGFFGFFGGPUNK
AcetoneFPFFGPPGPG
Ammonium Fluoride, 30-79%GFGFFUNKUNKUNKUNKUNK
Ammonium Hydroxide, < 30%GGGGFGUNKGUNKUNK
Ammonium Hydroxide 30-70%GFGGFFUNKUNKPUNK
Aqua RegiaFFPGPUNKUNKUNKUNKUNK
Chromic AcidPFFPPPGGPUNK
Freon TMCFPFPUNKUNKUNKUNKGUNK
Freon 113 or TFPFGGGUNKUNKUNKUNKUNK
Hydrochloric Acid < 30%GFGGPFGGPUNK
Hydrochloric Acid 30-70%GFFGPPUNKUNKPUNK
Hydrofluoric Acid < 10%GFGFPFUNKUNKUNKUNK
Hydrofluoric Acid < 50%FFFFPPUNKUNKPUNK
Hydrogen PeroxideGGGFUNKGGGPUNK
Isopropyl Alcohol (2-propanol, Isopropanol)GFGGGGGGUNKUNK
Methyl Alcohol (Methanol)PPPPUNKUNKGGUNKUNK
Methyl Ethyl KetoneFPPFGGPPFG
Methyl Isobutyl KetonePPPPGGUNKUNKUNKUNK
N-Methyl-2-PyrrolidoneGFPUNKFFUNKUNKUNKUNK
Nitric Acid < 30%GGFGPPGGUNKG
Nitric Acid 30-70%PPPFPPGGPUNK
Phosphoric Acid > 70%FGFGFFGGPUNK
Potassium HydroxideGGGGPPGGPUNK
Propylene Glycol Monomethyl Ether AcetateGGGGUNKUNKGGUNKUNK
Sulfuric Acid 30-70%GFPGPPGGPG
Sulfuric Acid > 70%PPPFPPFFPUNK
XylenesPFFPGGGGUNKG

G=GOOD F=FAIR P=POOR UNK=UNKNOWN

Other Websites Containing Glove Suitability Information for Other Chemicals

  1. http://www.tasco-safety.com/workgloves/chem.html
  2. https://ehs.berkeley.edu/workplace-safety/glove-selection-guide