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    4342BX
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    AKL

MaxiChem® Cut™

Nitrile Blend Coated Glove with HPPE Liner and Non-Slip Grip on Palm & Fingers - 12" - DISCONTINUED

56-633

Color:

Green
  • Sizes: S-XXL
    S-XXL
    • Ruler Icon Size Guide
Description

MaxiChem® Cut™ is designed and developed for those working with chemicals while also requiring a level of cut protection.

  • Chemical resistance delivered through the ATG® LiquiTech® technology platform
  • Innovative fibers - we source our base ingredients to develop our own unique high performance yarns and fibers that offer cut protection whilst maintaining high levels of comfort
  • Ultra lightweight synthetic coating combined with an industry leading super light seamless knit liner provides excellent comfort, sensitivity, fit and dexterity
  • Tailored cuff keeps the cuff close to your hand so maintaining your fingers at the tip of the glove to maximize dexterity
  • Micro-cup non-slip grip finish allows for a controlled and superior grip in oily and wet applications. The nonslip grip is only applied where it is actually needed - in the palm area - to ensure flexibility isn't compromised
  • All ingredients used in the manufacturing and construction of this product are compliant with the REACH legislation
  • This glove has been laundered prior to final packaging making it clean and safe for use
  • The Skin Health Alliance has awarded professional dermatological accreditation following review of the scientific dossier behind this product
  • Complies with FDA food handling requirements 21 CFR, Part 177
Applications
  • Cleaning
  • Laboratory Analysis
  • Printing Industries
  • Agrochemicals
  • Assembly
Performance Data
  • Cut Level: A2
  • Test Method: ASTM F2992-15

New edition ANSI/ISEA 105-2024 outlines a new test method for determining cut scores and a revised scale from A1-A9. Click here for more information about the new testing standard.

  • EN 388 2016 Results: 4342BX
  • Abrasion: 4Cut (Coupe Test): 3Tear: 4Puncture: 2Cut (TDM-100 Test): BImpact Protection: X

EN 388 is a European Standard. Cut Level is determined by the number of cycles it takes a spinning circular blade, that is pulled across the material under a constant weight of 500 grams, to cut the fabric. As the number of cycles increase, so does the glove's ratings. Click here for more information about the EN 388 2016 standard.

  • EN 374 Results: AKL
  • Type: BA: MethanolK: Sodium Hydroxide 40%L: Sulfuric Acid 96%

To attain the EN 374 pictogram shield gloves must pass at least a Level 2 in three chemicals. The chemicals listed above are the chemicals that passed for this glove.

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-Nitropropane13 MIN
1,5-Cyclooctadiene67 MIN
Acetic acid, glacial79 MIN
Acetone12 MIN
Acetonitrile18 MIN
Acrylonitrile3 MIN
Allyl alcohol49 MIN
Ammonia15 MIN
Ammonium hydroxideNA
Ammonium hydroxide, 25%8 MIN
Amyl alcohol>480 MIN
Aqua Regia>480 MIN
Benzaldehyde, 99%29 MIN
Carbon disulfide20 MIN
Chlorobenzene7 MIN
Chloroform1 MIN
Chromic acid and chromates, 50%138 MIN
Cyclohexane361 MIN
Cyclohexanol>480 MIN
Cyclohexanone73 MIN
d-limonene170 MIN
Diacetone alcohol5 MIN
Diethylamine11 MIN
Diisobutyl ketone93 MIN
Dimethyl acetamide32 MIN
Dimethylformamide19 MIN
Dioxane25 MIN
Ethidium bromide, 10%>480 MIN
Ethyl acetate10 MIN
Ethyl alcohol 92%180 MIN
Ethyl ether11 MIN
Ethyl Lactate189 MIN
Ethylene dichloride6 MIN
Formic acid60 MIN
Formic acid 90%>480 MIN
Glutaraldehyde, 25%>480 MIN
Hexone25 MIN
Hydrazine, 65%>480 MIN
Hydrogen chloride, 10%>480 MIN
Hydrogen chloride, 37%343 MIN
Hydrogen fluoride, 48%160 MIN
Hydrogen fluoride, 73%21 MIN
Hydrogen peroxide, 30%>480 MIN
Iso-octane>480 MIN
Isobutyl alcohol>480 MIN
Isopropyl alcohol170 MIN
Kerosene168 MIN
Maleic acid, saturated>480 MIN
MEK Methyl Ethyl Ketone (2-Butanone)17 MIN
Methyl alcohol30 MIN
Methyl Cellosolve®121 MIN
Methyl methacrylate14 MIN
Methyl tert-butyl ether79 MIN
Methylene chloride1 MIN
n-Amyl acetate43 MIN
n-Butyl acetate26 MIN
n-Butyl alcohol>480 MIN
n-Heptane>480 MIN
n-Hexane441 MIN
n-Pentane50 MIN
n-Propyl acetate11 MIN
n-Propyl alcohol>480 MIN
Nitric acid, 10%>480 MIN
Nitric acid, 70%70 MIN
Nitrobenzene37 MIN
Nitromethane15 MIN
Perchloric acid, 60%>480 MIN
Petrol, unleaded91 MIN
Phenol, 90%9 MIN
Phosphoric acid, 85%>480 MIN
Potassium hydroxide, 50%>480 MIN
Propylene oxide1 MIN
Sodium hydroxide, 50%>480 MIN
Stoddard solvent>480 MIN
Sulfuric acid, 47%>480 MIN
Sulfuric acid, 96%70 MIN
Tetrachloroethylene24 MIN
Tetrahydrofuran5 MIN
Toluene1 MIN
Trichloroethylene5 MIN
Vinyl acetate9 MIN
Xylene22 MIN

Focused on innovation and quality, ATG® designs, develops and manufactures gloves that enhance the performance of the most sophisticated work tool, the hand. Their customers say that ATG® stands for value for money, quality, innovation, enthusiasm and a sense of competitive challenge. They deliver quality products and services through a core team that tracks markets, observes products in use and discusses with end-users, which forms the basis to continually improve the customer's experience through innovation.

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