Lakeland’s ChemMax® 2 product line features a Saranex 23P film on two layers of a unique bicomponent spunbonded nonwoven substrate which provides protection for chemical mixing and handling, environmental clean-up, hazardous materials remediation and response, pharmaceutical manufacturing, and general industry.

ChemMax® 2 fabric uses a well-established and trusted chemical barrier film – soft, flexible, and tried and tested around the world over decades.

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ChemMax® 2 Chemical Test Data

Chemical TestedCAS NumberPhaseConcentrationASTM F739EN 6529ISO Class
1,2-DICHLOROETHANE0107-06-02LIQUID99%>480>4806
1,2-DICHLOROPROPANE78-87-5LIQUID99%>480>4806
1,3-BUTADIENE GAS106-99-0GAS99%>480>4806
1,4-DIOXANE123-91-1LIQUID99%19502
2,2,2-TRICHLOROETHANOL115-20-8LIQUID99%>480>4806
4,4-METHYLENEBIS5124-30-1LIQUID90%>480NOT TESTED
ACETIC ACID64-19-7LIQUID99%325>4806
ACETIC ANHYDRIDE108-24-7LIQUID99%>480>4806
ACETONE67-64-1LIQUID99%>480>4806
ACETONITRILE75-05-8LIQUID99%390>4806
ACROLEIN0107-02-08LIQUID90%5
ACRYLIC ACID79-10-7LIQUID99%250>4806
ACRYLONITRILE107-13-1LIQUID99%45>4806
AMMONIA7664-41-7GAS99%IMMEDIATE151
AMMONIUM HYDROXIDE1336-21-6LIQUID30%>480>4806
ANILINE62-53-3LIQUID99%>480>4806
BENZENE71-43-2LIQUID99%IMMEDIATEIMMEDIATE
BENZYL ALCOHOL100-51-6LIQUID95%>480>4806
BROMINE7726-95-6LIQUID99%IMMEDIATEIMMEDIATE
BUTYRALDEHYDE123-72-8LIQUID99%>480>4806
CARBON DISULFIDE75-15-0LIQUID99%IMMEDIATEIMMEDIATE
CARBON MONOXIDE630-08-0GAS99%IMMEDIATE>4806
CHLORINE7782-50-5GAS99%>480>4806
CHLOROACETIC ACID79-11-8LIQUID75%>480>4806
CHLOROACETONE78-95-5LIQUID99%>480>4806
CHLOROSULFONIC ACID7790-94-5LIQUID97%>480>4806
CROTONALDEHYDE4170-30-3LIQUID99%>480>4806
CYCLOHEXANE110-82-7LIQUID99%79>4806
CYCLOHEXANONE108-94-1LIQUID99%861674
CYCLOHEXYL ISOCYANTE3173-53-3LIQUID99%55
DICHLORODIMETHYISILANE75-78-5LIQUID99%31532
DICHLOROMETHANE75-09-2LIQUID99%IMMEDIATEIMMEDIATE
DIESEL FUELMIXTURELIQUIDNEAT>480>4806
DIETHYLAMINE109-89-7LIQUID99%IMMEDIATE151
DIMETHYLACETAMIDE127-19-5LIQUID99%37452
DIMETHYLAMINE124-40-3GAS40%165>4806
DIMETHYL FORMAMIDE68-12-2LIQUID99%>480>4806
DIMETHYLMALEATE624-48-6LIQUID99%>480>4806
EPICHLOROHYDRIN106-89-8LIQUID99%1402605
ETHANOL64-17-5LIQUID99%>480>4806
ETHYL ACETATE141-78-6LIQUID99%>480>4806
ETHYLBENZENE100-41-4LIQUID99%IMMEDIATEIMMEDIATE
ETHYLENE GLYCOL107-21-1LIQUID99%>480>4806
ETHYLENE OXIDE75-21-8GAS99%>480>4806
ETHYLENE OXIDE75-21-8GAS10%>480>4806
ETHYLENEDIAMINE107-15-3LIQUID99%>480>4806
FLUOBORIC ACID16872-11-0LIQUID99%103215
FLUOROSILICIC ACID16961-83-4LIQUID35%>480>4806
FORMALDEHYDE50-00-0LIQUID37%>480>4806
FORMIC ACID64-18-6LIQUID99%>480>4806
GASOLINEMixtureLIQUIDNEAT>480>4806
GLUTARALDEHYDE111-30-8LIQUID99%>480>4806
HEXAMETHYLDISILAZANE999-97-3LIQUID99%>480>4806
HYDROCHLORIC ACID7647-01-0LIQUID37%>480>4806
HYDROFLUORIC ACID7664-39-3LIQUID70%>480>4806
HYDROFLUORIC ACID7664-39-3LIQUID48%>480>4806
HYDROGEN CHLORIDE7647-01-0GAS99%4104105
HYDROGEN FLUORIDE7664-39-3GAS99%390>4806
HYDROGEN FLUORIDE7664-39-3GAS70%>480>4806
HYDROGEN PEROXIDE7722-84-1LIQUID50%>480>4806
IODOMETHANE74-88-4LIQUID99%IMMEDIATEIMMEDIATE
ISOAMYL ALCHOL123-51-3LIQUID99%>480>4806
ISOPROPANOL67-63-0LIQUID99%51512
METHANOL67-56-1LIQUID99%>480>4806
METHYL BROMIDE74-83-9LIQUID99%>480>4806
METHYL CHLORIDE74-87-3GAS99%>480>4806
METHYL ETHYL KETONE78-93-3LIQUID99%>480>4806
METHYL METHACRYLATE80-62-6LIQUID99%>480>4806
METHYLAMINE74-89-5LIQUID40%IMMEDIATE>4806
4,4-METHYLENE DIANILINE101-77-9LIQUID99%IMMEDIATE
BUTAN-1-OL71-36-3LIQUID99%>480>4806
HEPTANE142-82-5LIQUID99%IMMEDIATEIMMEDIATE
HEXANE110-54-3LIQUID99%>480>4806
NITRIC ACID7697-37-2LIQUID70%>480>4806
NITROBENZENE98-95-3LIQUID99%451504
NITROGEN DIOXIDE10102-44-0LIQUID99%>480>4806
OLEUMMIXTURELIQUIDNEAT>480>4806
P-XYLENE106-42-3LIQUID99%IMMEDIATEIMM
PHENOL108-95-2LIQUID99%>480>4806
PHOSPHORIC ACID7664-38-2LIQUID85%>480>4806
PHOSPHORUS TRICHLORIDE7719-12-2LIQUID95%IMMEDIATEIMMEDIATE
POTASSIUM ACETATE0127-08-02LIQUIDSAT>480>4806
POTASSIUM CHROMATE7789-00-6LIQUIDSAT>480>4806
POTASSIUM HYDROXIDE1310-58-3LIQUID88%NOT TESTEDNOT TESTED
PROPIONIC ACID79-09-4LIQUID99%>480>4806
PROPYLAMINE0107-10-8LIQUID99%IMMEDIATEIMMEDIATE
SODIUM CARBONATE497-19-8LIQUID5%>480
SODIUM CYANIDE143-33-9LIQUID35%>480>4806
SODIUM HYDROXIDE1310-73-2LIQUID50%>480>4806
SODIUM HYPOCHLORITE7681-52-9LIQUID15%>480>4806
SODIUM METHOXIDE124-41-4LIQUID30%>480>4806
SODIUM SILICOFLUORIDE16893-85-9LIQUIDSATNOT TESTEDNOT TESTED
STYRENE100-42-5LIQUID98%8121
SULPHUR DIOXIDE7446-09-05GAS99%>480>4806
SULFUR TRIOXIDE7446-11-9LIQUID99%351204
SULFURIC ACID7664-93-9LIQUID30%>480>4806
SULFURIC ACID7664-93-9LIQUID96%>480>4806
SULFURIC ACID7664-93-9LIQUID98%>4806
T-BUTYL METHYL ETHER1634-04-04LIQUID99%IMMEDIATEIMMEDIATE
TETRACHLOROETHANE79-34-5LIQUID99%452705
TETRACHLOROETHYLENE127-18-4LIQUID99%>480>4806
TETRAHYDROFURAN109-99-9LIQUID99%IMMEDIATE813
TETRAHYDROTHIOPHENE110-01-0LIQUID99%IMMEDIATEIMMEDIATE
TITANIUM TETACHLORIDE7550-45-0LIQUID99%270>4806
TOLUENE108-88-3LIQUID99%IMMEDIATEIMMEDIATE
TRICHLOROETHYLENE79-01-6LIQUID100%IMMEDIATEIMM
TRICHLOROVINYLSILANE75-94-5LIQUID99%70703
TRIFLUOROACETIC ACID76-05-1LIQUID99%>480>4806
UNLEADED PETROLMIXTURELIQUID99%IMMEDIATEIMMEDIATE
VINYL ACETATE0108-05-04LIQUID95%7
VINYL CHLORIDE75-01-4GAS99%>480>4806
Please Note:
All test results quoted are from testing carried out at independent laboratories to the relevant {ASTM/CE} Standard(s). Unless stated otherwise tests are carried out on samples of the relevant protective material as opposed to finished garments. Note that all testing is conducted at specific temperatures according to ASTM or EN standard requirements. As permeation is affected by temperature it is important to consider the likely temperature in any application. Permeation test results record a time to a specific permeation rate as defined by the relevant standard and NOT a time to initial breakthrough of the chemical. Also note that differences may be apparent in some cases between CE and ASTM test results. Whilst the tests are similar, the CE standard records a time to a permeation rate of 1.0µg / min / cm2, whilst ASTM records a time to a permeation rate of 0.10µg / min / cm2. This may explain differences between results. As with all Personal Protective Equipment, selection should be based upon the end users risk assessment, it is the responsibility of the end user to determine the suitability of any PPE as part of this risk assessment and to comply with any/all legislative/governmental requirements. Contact Lakeland for more information.
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