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North® Silver Shield®

2.7 Mil Polyethylene/EVOH Chemical Resistant Glove - Ambidextrous - 12"

SSG

Color:

  • Size:
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Description

The North Silver Shield – SSG is a 2.7mil ambidextrous glove that is resistant to over 280 chemicals including alcohols: aliphatic, aromatic, chlorines, ketones, and esters. These gloves are more commonly used as a secondary liner for added protection; This allows the worker maximum protection in heavy duty jobs where the dangers of mechanical damage to gloves are high.

  • Resistant to over 280 different chemicals
  • Does not contain latex or chemical accelerators
  • 2.7mil thick
  • More commonly used in hazmat situations
  • Also available in booties, sleeves, and aprons
Performance Data
  • Protective Gloves Against Micro-organisms

The EN ISO 374-5 standard measures the ability of gloves to protect users against bacteria and fungi. Gloves with this marking must pass EN374-2 for leak testing.

SKU & Packaging Information
SKU Color Size UPC Stock Type
SSG/7 Silver S 821812015101 STOCK
SSG/8 Silver M 821812015118 STOCK
SSG/9 Silver L 00821812004020 STOCK
SSG/10 Silver XL 821812015132 STOCK
SSG/11 Silver 2XL 821812015149 STOCK
  • Packaging: Bulk Pack
  • Packed: 50 Pair/Case
  • Country of Origin: Mexico
Documents & Downloads
Chemical Permeation

Chemical Permeation

The chemical permeation of our product is measured in accordance to European Standard EN 374-3. This measures the resistance of protective gloves against chemicals and microorganisms. Part 3 of the standard determines the level of resistance to permeation by chemicals.

Breakthrough Time (BTT)

The number of minutes from initial contact with a test chemical until it is first detected on the inside of the glove.

Breakthrough Time - Protection Index

Each chemical tested is classified in terms of breakthrough time (performance level 0 to 6).

CAUTION: This information is provided as an aid in determining the general suitability of various products for use with specific chemicals. These recommendations are advisory only and the SUITABILITY OF THE PRODUCT FOR A SPECIFIC APPLICATION OR ENVIRONMENT MUST BE DETERMINED BY THE PURCHASER OR USER OF THE PRODUCT. This information should be used as a guide only.

Chemical Name

Level

BTT

1-Methyl-4-tert-butylbenzene>480 MIN
1-Nitropropane>480 MIN
1,1,1-Trichloroethane>480 MIN
1,2-Dichloroethane>480 MIN
1,3-Butadiene>480 MIN
2-Propanone>480 MIN
3-Chloroprene>480 MIN
4,4-Methylene Dianiline>480 MIN
Acetaldehyde>480 MIN
Acetic Aldehyde>480 MIN
Acetic Ester>480 MIN
Acetone>480 MIN
Acrylic acid>480 MIN
Acrylonitrile>480 MIN
Ammonia 99%>480 MIN
Aniline (and homologs)>480 MIN
Aniline Oil>480 MIN
Benzene>480 MIN
Butyl acetate>480 MIN
Carbon Bisulfide>480 MIN
Carbon disulfide>480 MIN
Carbon tetrachloride>480 MIN
Caustic Soda 50%>480 MIN
Chlorine>480 MIN
Chloroform>480 MIN
Cyclohexane>480 MIN
Cyclohexanone>480 MIN
Dibutyl phthalate>480 MIN
Diethyl ether>480 MIN
Diethyl Oxide>480 MIN
Diethylamine>480 MIN
Diisobutyl Ketone 80%>480 MIN
Dimethyl acetamide90 MIN
Dimethyl Mercury>480 MIN
Dimethylformamide>480 MIN
Dimethylketone>480 MIN
Divinyl Benzene>480 MIN
Ethanal>480 MIN
Ethanol>480 MIN
Ether>480 MIN
Ethyl acetate>480 MIN
Ethyl alcohol>480 MIN
Ethyl Aldehyde>480 MIN
Ethylamine (70% in Water)51 MIN
Ethylene dichloride>480 MIN
Ethylene Oxide>480 MIN
Ethylether>480 MIN
Formaldehyde, 37%>480 MIN
Furfural>480 MIN
Hexahydrobenzene>480 MIN
Hexahydrophenol>480 MIN
Hexamethylene>240 MIN
Hexanaphthene>240 MIN
Hexane>480 MIN
Hydrochloric Acid 37%>480 MIN
Hydroflouric Acid 49%>480 MIN
Hydrogen Chloride>480 MIN
Iodomethane4 MIN
Ketohexamethylene>480 MIN
Methanol360 MIN
Methenyl Trichloride>480 MIN
Methyl alcohol360 MIN
Methyl Chloride>480 MIN
Methyl Iodide4 MIN
Methylamine 40%46 MIN
Methylbenzene>480 MIN
Methylene chloride>480 MIN
Morpholine>480 MIN
n-Hexane>480 MIN
n-Propyl acetate>480 MIN
Naphtha>480 MIN
Nitrobenzene>480 MIN
Oxalic Acid>480 MIN
p-tert-Butyl Toluene>480 MIN
Perchloroethylene>480 MIN
Perchloromethane>480 MIN
Phenol (85% in Water)>480 MIN
Phenylamine>480 MIN
Pimelic Ketone>480 MIN
Propyl acetate>480 MIN
Sodium hydroxide, 50%>480 MIN
Stoddard solvent>480 MIN
Styrene>360 MIN
Sulfuric acid, 50%>360 MIN
Sulfuric acid, 96%>480 MIN
Tetrachloroethylene>480 MIN
Tetrachloromethane>480 MIN
Tetrahydrofuran>480 MIN
Toluene>480 MIN
Toulene Diisocyanate>480 MIN
Trichloroethylene>480 MIN
Trichloromethane>480 MIN
Vinegar Naphtha>480 MIN
Vinylstyrene>480 MIN
Xylene>480 MIN

The Assurance brand of products has been developed for chemical resistant applications found in all types of industrial settings and designed with the utmost safety in mind. Chemical resistance test results are available on a wide variety of chemical families found commonly in the workplace. All of these gloves have been tested for durability as well. Assurance hand protection will satisfy your needs or we'll take the product back.

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