StanZoil NK-22 382

Maximum comfort and chemical protection

  • Extremely supple, due to the unique Mapa multi-layer process
  • Embossed texture for better grip on wet objects
  • Added comfort and thermal insulation, due to the cotton-knit lining

Specific features

Two gloves in one, for better resistance: a unique process superimposing 2 materials, optimizing the chemical resistance and creating unrivalled glove flexibility

Applications

  • Automotive/mechanical industry
    • Engine part assembly
    • Surface treatment
  • Chemical industry
    • Chemical product blending
    • Handling drums of chemical products
    • Manipulating valves
  • Other industries
    • Laboratory tests
    • Machine maintenance

Product details

  • Cat. 3
  • Mechanical hazards EN 388
    2121
  • Specific Chemical Protection EN 374
    ACKL
  • Micro-organisms EN 374
  • Heat and fire EN 407
    X1XXXX
Material Neoprene
Colour Blue
Interior Finish Textile support Mapa Technology
Exterior Finish Embossed texture
Length (inches) 14
Thickness (inches) 0.30 (30 mil)
Size 6 7 8 9 10 11
Packaging 12 pairs/bag
72 pairs/carton
Chemical Protection - StanZoil NK-22 382 - situation

Operating instructions

Instructions for use

  • It is recommended to check that the gloves are suitable for the intended use, because the conditions of use at the workplace may differ from the "CE"-type tests.
  • It is not recommended for persons sensitized to dithiocarbamates and thiazoles to use these gloves.
  • Put the gloves on dry, clean hands.
  • Do not use the gloves in contact with a chemical for a duration in excess of the measured breakthrough time. Refer to the website www.mapa-pro.com or contact the Technical Customer Service - MAPA PROFESSIONNEL (stc.mapaspontex@mapaspontex.fr) in order to know this breakthrough time. Use 2 pairs alternatively when in long duration contact with a solvent.
  • Turn the cuff end down in order to prevent a hazardous chemical from dripping onto the arm.
  • Inspect the gloves for cracks or snags before reusing them.

Storage conditions

Store the gloves in their packaging at a temperature above 5° C.

Laundering conditions

Before taking off the gloves, clean them as appropriate :

  • in use with paints, pigments and inks: wipe with a clean cloth dampened with a suitable solvent, and rub over with a dry cloth
  • in use with a solvent (diluents, etc…): rub over with a dry cloth
  • in use with acids or alkalies: thoroughly rinse the gloves under running water, and rub over with a dry cloth.

Caution : using the gloves or submitting them to another cleaning or laundering process can alter their performance levels.

Drying conditions

Ensure the inside of the gloves is dry before putting them on again.

Legislation

This product is not classified hazardous according to the regulation (EC) n°1272/2008 of the European Parliament and of the Council. This product does not contain more than 0.1 % of substance of very high concern (SVHC) or any substance included in the annex XVII of the regulation n° 1907/2006 of the European Parliament and of the Council (REACH).

Documentation

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Chemical chart

Chemical Product CAS # BTT
(minutes)
Permeation
level
Standard Degradation
level
Rating
1,1,1-Trichloroethane 99% 71-55-6 23 1 ASTM F739 3
=
1,1,2,2-Tetrachloroethane 98% 79-34-5 20 1 ASTM F739 1
-
1,2 - dichloroethane 99% 107-06-2 7 0 ASTM F739 1
-
1,2-Dichlorobenzene 99% 95-50-1 16 1 ASTM F739 1
-
1,2,4-Trichlorobenzene 99% 120-82-1 37 2 ASTM F739 1
-
2-Butoxyethanol (Butyl Cellusolve) 99% 111-76-2 295 5 ASTM F739 4
++
2-Ethoxyethanol (Cellosolve) 99% 110-80-5 265 5 ASTM F739 4
++
2-Ethoxyethyl acetate (Cellosolve Acetate) 99% 111-15-9 42 2 ASTM F739 3
+
2-Methylpentamethylenediamine 99% 15520-10-2 100 3 ASTM F739 3
++
2-Propanol (Isopropanol) 99% 67-63-0 480 6 ASTM F739 4
++
2,2,2-Trifluoroethanol 99% 75-89-8 480 6 ASTM F739 4
++
Acetaldehyde 99% 75-07-0 8 0 ASTM F739 4
=
Acetic acid 10% 64-19-7 480 6 ASTM F739 4
++
Acetic acid 50% 64-19-7 480 6 ASTM F739 4
++
Acetic acid 99% 64-19-7 289 5 ASTM F739 4
++
Acetone 99% 67-64-1 9 0 ASTM F739 3
=
Acetonitrile 99% 75-05-8 37 2 ASTM F739 4
+
Acrylonitrile 99% 107-13-1 16 1 ASTM F739 4
+
Ammonium hydroxide solution 29% 1336-21-6 148 4 ASTM F739 4
++
Aniline 99% 62-53-3 102 3 ASTM F739 3
++
Benzene 99% 71-43-2 5 0 ASTM F739 1
-
Butyl Acetate 99% 123-86-4 12 1 ASTM F739 1
-
Carbon disulfide 99% 75-15-0 2 0 ASTM F739 4
=
Carbon Tetrachloride 99% 56-23-5 12 1 ASTM F739 1
-
Chromic Acid 50% 7738-94-5 268 5 ASTM F739 4
++
Cumene 98% 98-82-8 15 1 ASTM F739 3
=
Cyclohexane 99% 110-82-7 50 2 ASTM F739 3
+
Dichloromethane (Methylene Chloride) 99% 75-09-2 2 0 ASTM F739 3
=
Diethanolamine 97% 111-42-2 480 6 ASTM F739 4
++
Dimethylformamide 99% 68-12-2 26 1 ASTM F739 3
=
Dimethylsulfoxide 99% 67-68-5 346 5 ASTM F739 4
++
Ethanol 95% 64-17-5 363 5 ASTM F739 4
++
Ethyl acetate 99% 141-78-6 5 0 EN 374-3:2003 NT
NA
Ethylene glycol 99% 107-21-1 480 6 ASTM F739 4
++
Formaldehyde 37% 50-00-0 480 6 ASTM F739 4
++
Furfural 99% 98-01-1 51 2 ASTM F739 3
+
Hydrazine 35% 302-01-2 480 6 ASTM F739 4
++
Hydrazine 70% 302-01-2 480 6 ASTM F739 4
++
Hydrochloric acid 10% 7647-01-0 480 6 ASTM F739 4
++
Hydrochloric acid 35% 7647-01-0 NT NT 4
NA
Hydrochloric acid 37% 7647-01-0 480 6 ASTM F739 4
++
Hydrogen bromide 47% 10035-10-6 480 6 EN 374-3:2003 NT
NA
Hydrogen fluoride Anhydrous 99% 7664-39-3 71 3 ASTM F739 NT
NA
Isobutyl alcohol 99% 78-83-1 480 6 ASTM F739 4
++
Kerosene mixture 8008-20-6 463 5 ASTM F739 4
++
m-Cresol 97% 108-39-4 480 6 ASTM F739 4
++
Methanol 85% 67-56-1 NT NT 4
NA
Methanol 99% 67-56-1 67 3 ASTM F739 4
++
Methyl Amyl Ketone 98% 110-43-0 15 1 ASTM F739 3
=
Methyl Ethyl Ketone (2-Butanone) 99% 78-93-3 8 0 ASTM F739 2
-
Methylisobutylketone 99% 108-10-1 23 1 ASTM F739 3
=
n-Heptane 99% 142-82-5 63 3 ASTM F739 4
++
n-hexane 95% 110-54-3 34 2 ASTM F739 4
+
N-methyl-2-Pyrrolidone 99% 872-50-4 38 2 ASTM F739 1
-
N-N dimethyl acetamide 99% 127-19-5 27 1 ASTM F739 2
=
Naphtha Heavy mixture 68551-17-7 480 6 ASTM F739 4
++
Naphtha VM&P mixture 8032-32-4 25 1 ASTM F739 4
+
Nitric acid 10% 7697-37-2 480 6 ASTM F739 4
++
Nitric acid 20% 7697-37-2 480 6 ASTM F739 4
++
Nitric acid 40% 7697-37-2 480 6 ASTM F739 4
++
Nitric acid 50% 7697-37-2 480 6 ASTM F739 4
++
Nitrobenzene 99% 98-95-3 26 1 ASTM F739 2
=
Pentane 99% 109-66-0 31 2 ASTM F739 3
+
Phenol 85% 108-95-2 305 5 ASTM F739 4
++
Phosphoric acid 75% 7664-38-2 480 6 ASTM F739 4
++
Phosphoric acid 85% 7664-38-2 480 6 ASTM F739 4
++
Potassium Hydroxide 50% 1310-58-3 480 6 ASTM F739 4
++
Pyridine 99% 110-86-1 9 0 ASTM F739 1
-
Sodium hydroxide 20% 1310-73-2 480 6 ASTM F739 4
++
Sodium hydroxide 40% 1310-73-2 480 6 ASTM F739 4
++
Sodium hydroxide 50% 1310-73-2 480 6 ASTM F739 4
++
Sulfuric acid 10% 7664-93-9 480 6 ASTM F739 4
++
Sulfuric acid 40% 7664-93-9 480 6 ASTM F739 4
++
Sulfuric acid 50% 7664-93-9 480 6 ASTM F739 4
++
Sulfuric acid 96% 7664-93-9 115 3 ASTM F739 1
-
Toluene 99% 108-88-3 1 0 EN 374-3:2003 NT
NA
Triethanolamine 98% 102-71-6 480 6 ASTM F739 4
++
Triethylamine 99% 121-44-8 22 1 ASTM F739 3
=
Turpentine mixture 8006-64-2 137 4 ASTM F739 3
++
Unleaded gasoline mixture 8006-61-9 10 1 ASTM F739 1
-
Xylene 99% 1330-20-7 8 0 ASTM F739 1
-

*not normalized result

Overall Chemical Protection Rating

Protection rating is determined by taking into account the effects of both permeation and degradation in an attempt to provide users with an overall protection guideline when using our glove products against specific chemicals.

Used for high chemical exposure or chemical immersion, limited to BTT based on a working day.

Used for repeated chemical contact, limited to total chemical exposure i.e. : accumulative BTT based on a working day.

Splash protection only, on chemical exposure the gloves should be discarded and new gloves worn as soon as possible.

Not recommended, these gloves are deemed unsuitable for work with this chemical.

NT : Not tested

NA : Not applicable because not fully tested (only degradation OR permeation results)

The chemical test data and overall chemical protection rating should not be used as the absolute basis for glove selection. Actual in-use conditions may vary glove performance from the controlled conditions of laboratory tests. Factors other than chemical contact time, such as concentration and temperature, glove thickness and glove reuse, may also affect performance. Other glove requirements, such as length, dexterity, cut, abrasion, puncture and snag resistance, or glove grip also need to be considered in making your final selection.