Saint-Gobain ONESuit Hazglove-91

ONESuit Hazglove-91 is a high performance CBRN protective glove with unsurpassed comfort and dexterity that provides maximum protection against chemical and biological hazards.

For pricing, please call 1-800-952-3293 or email sales@afcintl.com

Category: Saint Gobain Performance Plastics Tags: Chemical Protective Suits, Fire/Hazmat, Protection

Description

Description

ONESuit Hazglove-91 is a high performance CBRN protective glove with unsurpassed comfort and dexterity that provides maximum protection against chemical and biological hazards. It is produced using Saint-Gobain’s CORETECH^® barrier technology, providing ultimate broad range chemical protection and is certified to NFPA 1991 (2016 Ed.) with optional liquefied gas and flash fire escape protection. The ONESuit Hazglove-91 features an internal chemical barrier liner and an outer aramid glove which form a permanently joined single piece glove that will not invert during use.

Features

Certified to NFPA 1991 (2016 Ed.)
Single component design provides outstanding dexterity and superior comfort compared to multi-component glove systems
Integrated construction ensures ease of use by preventing glove re-inversion
CORETECH^® material technology gives extreme chemical protection
Aramid outer ensures superior protection from cuts and punctures and flame protection including chemical flash fires

Chemical Permeation Data

Chemical/Requirement	1 Hour Total
Acetone	<0.14
Acetonitrile	2.7
Acrolein	0.4
Acrylonitrile	0.41
Anhydrous Ammonia (gas)	2.33
1,3-Butadiene (gas)	0.99
Carbon Disulfide	<0.02
Chlorine (gas)	<0.20
Dichloromethane	<0.17
Diethyl amine	<0.02
Dimethyl Formamide	<0.10
Dimethyl Sulfate	<0.10
Ethyl Acetate	<0.03
Ethylene Oxide (gas)	<0.05
Hexane	<0.03
Hydrogen Chloride (gas)	1.86
Methanol	<0.14
Methyl Chloride (gas)	<0.04
Nitrobenzene	<0.07
Sodium Hydroxide, 50% w/w	<0.20
Sulfuric Acid, 96.1% w/w	<0.20
Tetrachloethylene	<0.11
Tetrahydrofuran	<0.11
Toluene	<0.09

Physical, Thermal, Operational Data

	Performance Requirement	Test Method	Requirement	Result
Glove Composite Material (Palm)	Flame Resistance	ASTM F1358 (Section 8.7)	After flame time ≤2 seconds, no melting	See Flash Fire Data
	Cut Resistance	ASTM F1790 (Section 8.15)	Blade travel distance ≥20mm at 150 grams	45
	Puncture Resistance	ASTM F1342 (Section 8.16)	Puncture force ≥ 22N	83
	Cold Temperature Performance	ASTM D747 (section 8.12)	Bend moment ≤ 0.057 NM	0.003-(MD) 0.003-(XMD)
Glove Composite Material (Back)	Flame Resistance	ASTM F1358 (Section 8.7)	Afterflame time≤ 2 seconds, no melting	See Flash Fire Data
	Cut Resistance	ASTM F1790 (Section 8.15)	Blade travels distance ≥20 mm at 150 grams	45
	Puncture Resistance	ASTM F1342 (Section 8.16)	Puncture force ≥ 22N	34
	Cold Temperature Performance	ASTM D747 (Section 8.12)	Bend Moment ≤ 0.057 Nm	0.002-(MD) 0.001-(XMD)
Hazglove-91	Dexterity	ASTM F2010 (Section 8.17)	Percent increase in bare handed control > 600%	326

Ordering Information

For pricing, please call AFC International at 1-800-952-3293, 219-987-6825 or fax 219-987-6826 or email sales@afcintl.com.

Description	Catalog No.
ONESuit^®Hazglove-91, Small	43502M
ONESuit^® Hazglove-91, Medium	43503M
ONESuit^® Hazglove-91, Large	43504M
ONESuit^® Hazglove-91, X-Large	43505M
ONESuit^® Hazglove-91, XX-Large	43506M