Page 28 - version1

The
World
Leader in
Personal
Protection
25
Protective Clothing
Degradation Chart
HYDROCARBONS
(OILS & SOLVENTS)
ASTM #1 Oil E G G
ASTM #3 Oil E F G
Benzene G G G
Benzyl Chloride F F F
Butane E G G
Carbon Tetrachloride F F F
Castor Oil G E G
Chloroform G G G
Coconut Oil G G G
Cottonseed Oil G G G
Cutting Oil G G G
Cyclohexane F G F
Gasoline (Cracked) G G G
Gasoline (SR) G G G
Grease (All Kinds) E E E
Hexane G E G
Hydraulic Oil G E G
Isooctane G E G
Kerosene (C-T) G G G
Kerosene (PET) G G G
Lard Oil (158 F) G G G
Linseed Oil G G G
Methyl Cellosolve G E G
Methyl Chloride P G P
Methylene Chloride P G P
Mineral Oil G G G
Naphtha G F G
Nitrobenzene P G P
Olive Oil G G G
Perchloroethylene G E G
Petroleum Oil G G G
Petroleum Solvent G G G
Pine Oil G G G
Propane E G E
Toluene (Toluol) G E G
Trichloroethylene F G G
Turpentine G G G
Vegetable Oil G G G
Xylene G G G
Coal Tar Solvent G G G
Beef Tallow (158 F) G G G
Actual applications and conditions may vary from our
laboratory testing, and therefore the information con-
tained in the above chart should be used as a guide
only. Users are advised to conduct their own evalua-
tions to determine the suitability of the protective clothing for each specific application. ONGUARD INDUSTRIES MAKES NO
WARRANTIES REGARDING THE PROTECTION AFFORDED BY PARTICULAR PROTECTIVE CLOTHING AS PRESENTED. ONGUARD
OFFERS NO WARRANTIES OF MERCHANTABILITY OF FITNESS FOR A PARTICULAR USE. ONGUARD INDUSTRIES HEREBY
DISCLAIMS ALL WARRANTIES EXPRESSED AND IMPLIED.
KEYTONES AND
ALDEHYDES
Acetone G E G
Acetaldehyde G G G
Benzaldehyde P F P
Butyraldehyde F G G
Chloroacetone F G F
Formaldehyde E E E
Furfural G E G
Methyl Ethyl Ketone P G P
ALCOHOLS
Amyl Alcohol G E G
Benzyl Alcohol G E G
Butyl Alcohol P G G
Diacetone Alcohol G E G
Diethanolamine E E E
Ethylene Glycol G E E
Ethyl Alcohol G E G
Glycerine E E E
Methyl Alcohol G E G
Octyl Alcohol G G G
Propyl Alcohol G G G
Triethanolamine E E E
ORGANIC ACIDS
Acetic Acid G E G
Carbolic Acid (Phenol) E G G
Citric Acid E E E
Formic Acid P G F
Lactic Acid G E E
Malic Acid G F G
Oleic Acid G G G
Stearic Acid (158 F) G G G
Tannic Acid E E E
INORGANIC ACIDS
Carbonic Acid G G E
Chlorine Water G G G
Hydrobromic Acid F G F
-38% Hydrochloric Acid Conc F G F
48% - 52% Hydrofluoric Acid G P G
Hydrogen Sulfide G G G
Nitric Acid - 10% G G E
Nitric Acid Conc - 70% G P G
Perchloric Acid F F F
Phosphoric Acid Conc - 85% E G G
Sulfuric Acid - 50% G E G
Sulfuric Acid Conc- 93% P F F
SALTS & ALKALIES
Ammonium Hydroxide E E E
Ammonium Sulfate G E G
Calcium Chloride G E E
Calcium Hypochlorite E E E
Potassium Hydroxide G E G
Copper Chloride E E E
Copper Sulfate E E E
Ferric Chloride E E E
Potassium Dichromate G E G
Sodium Hydroxide E E G
ORGANIC ESTERS
Amyl Acetate F E F
Butyl Acetate F E F
Dibutyl Phthalate P F P
Ethyl Acetate F G F
Ethyl formate F E G
Methyl Acetate F G G
Propyl Acetate F G F
Tricresyl Phosphate F F F
Zinc Acetate - 10% E E E
MISCELLANEOUS
Acrylonitrile F G F
Aniline G G G
Battery Acid G E E
Butter (158 F) G G G
Buttermilk E G G
Carbon Disulfide F G G
Chlorophenol F G F
Chlorobenzene F P F
Chlorox E E E
Cresol G G G
Dichlorobenzene G G G
Dibenzyl Ether F G F
Ethyl Ether F G F
Hydrazine G F G
Hydrogen Peroxide - 30% E G E
Milk E E E
Monoethanolamine G F G
Morpholine P G P
Paint Remover G G G
Soaps E E E
Tetrahydrofuran P G P
E . . . . . . . . . .Excellent
F . . . . . . . . . .Fair
G . . . . . . . . .Good
P . . . . . . . . . .Poor
Key to Degradation Chart:
NEOTEXPROTEX CHEMTEX NEOTEXPROTEX CHEMTEX NEOTEXPROTEX CHEMTEX