TYVEK

Chemical Protection & Cleanroom Products

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DUPONT™ TYCHEM® VB830 - CERTIFICATION PENDING

VB830 BK UL

When nothing else protects. Ideal for short to medium term exposure to chlorinated, aliphatic or aromatic hydrocarbons. chlorinated solvent, aliphatic or aromatic hydrocarbons like benzene, toluene, xylene

Length :

12 in (305 mm)

Thickness :

12 mil (0.30 mm)

Liner :

Unlined

Coating :

Fully coated Viton™ over butyl

Cuff Style :

Rolled / Anatomical shape

Color/Grip :

Black / Smooth finish

Packaging :

1 pair per bag/12 bags per box: 12 total pairs

Tychem VB830 unlined gloves are made from fluoroelastomer rubber and feature a Viton™ coating over Butyl that provides a unique level of resistance to highly corrosive acids. They are specifically designed for handling aliphatic and aromatic hydrocarbons, such as Benzene, Toulene, and Xylene, over limited periods. At a slim 12 mil thickness, their smooth finish offers a “second-skin” feel that is unique for this level of chemical protection.

  • Protects the hand from high corrosive chemical including chlorinated solvent, aliphatic or aromatic hydrocarbons like benzene, toluene, xylene (more information on safe spec)
  • A thin, high barrier light glove
  • Designed for easy movement and continuous wear
  • Impermeable for working in damp or greasy environments
  • Lower allergy risks
  • Without special treatment Available by individual pair in polybag

AVAILABLE OPTIONS

Product Name

Sizes

Full Part Number

Article Number

Tychem® VB830

7

VB830 BK UL

D15536341

Tychem® VB830

8

VB830 BK UL

D15536342

Tychem® VB830

9

VB830 BK UL

D15536343

Tychem® VB830

10

VB830 BK UL

D15536344

Tychem® VB830

11

VB830 BK UL

D15536345

TYPICAL INDUSTRIES

  • Chemical
  • Oil & gas
  • Manufacturing
  • Petrochemicals
  • Governement

APPLICATIONS

  • Spraying chemical
  • Chlorinated solvent usage
  • Aliphatic or aromatic hydrocarbons handling
  • Spray painting

SPECIAL WARNINGS

  • Store away from light and humidity
  • Rinse gloves in running water before removing, using a neutral detergent if necessary
  • Do not wear gloves when there is a risk of entanglement by moving parts of machines
  • Potential allergens: thiazoles and thiurames

PERMEATION DATA

Permeation is the process by which a solid, liquid or gaseouses chemical moves through a protective clothing fabric at a molecular level. Permeation data assist in the selection of the most appropriate protective garment for a particular application and in the estimation of how long it can be safely worn. Standardised test methods are used to determine the resistance of DuPont materials to permeation, the results of which can be selected according to a specific chemical, chemical class or fabric.

Hazard / Chemical Name Physical State CAS BT 0.1
Acetic acid ethyl ester Liquid 141-78-6 29
Acetone Liquid 67-64-1 imm
Acetonitrile Liquid 75-05-8 imm
Ammonium hydroxide (28% - 30%) Liquid 1336-21-6 >480
Benzene Liquid 71-43-2 117
Benzyl alcohol Liquid 100-51-6 >480
Butanol, 1- Liquid 71-36-3 >480
Butanol, n- Liquid 71-36-3 >480
Butanone Liquid 78-93-3 imm
Butyl alcohol, n- Liquid 71-36-3 >480
Carbon tetrachloride Liquid 56-23-5 >480
Caustic ammonia (28% - 30%) Liquid 1336-21-6 >480
Caustic soda (50%) Liquid 1310-73-2 >480
Chloro 2,3-epoxy propane, 1- Liquid 106-89-8 >480
Chloro benzene Liquid 108-90-7 >480
Chloro form Liquid 67-66-3 >480
Cyanomethane Liquid 75-05-8 imm
Cyclo hexane Liquid 110-82-7 >480
Diamine (85%) Liquid 302-01-2 >480
Dichlorethane, 1.2.- Liquid 107-06-2 315
Dichloro methane Liquid 75-09-2 imm
Diethyl amine Liquid 109-89-7 imm
Dimethyl formamide, N,N- Liquid 68-12-2 imm
Dimethyl ketal Liquid 67-64-1 imm
Dimethyl ketone Liquid 67-64-1 imm
Epichlorohydrin Liquid 106-89-8 >480
Ethane 1,2-diol Liquid 107-21-1 >480
Ethane nitrile Liquid 75-05-8 imm
Ethanol Liquid 64-17-5 >480
Ethyl acetate Liquid 141-78-6 29
Ethyl alcohol Liquid 64-17-5 >480
Ethyl ethanamine, N- Liquid 109-89-7 imm
Ethyl nitrile Liquid 75-05-8 imm
Ethylene dichloride Liquid 107-06-2 315
Ethylene glycol Liquid 107-21-1 >480
Ethylene tetrachloride Liquid 127-18-4 >480
Ethylene trichloride Liquid 79-01-6 24
Glycol alcohol Liquid 107-21-1 >480
Heptane Liquid 142-82-5 >480
Hexane, n- Liquid 110-54-3 >480
Hydrazine (85%) Liquid 302-01-2 >480
Hydrochloric acid (10%) Liquid 7647-01-0 >480
Hydrochloric acid (37%) Liquid 7647-01-0 >480
Hydrofluoric acid (48-51%) Liquid 7664-39-3 >480
Hydroxy toluene Liquid 100-51-6 >480
Isoamyl alcohol Liquid 123-51-3 >480
Isopropanol Liquid 67-63-0 >480
Isopropyl alcohol Liquid 67-63-0 >480
Kerosene Liquid 8008-20-6 >480
Ketone propane Liquid 67-64-1 imm
Limonene d- Liquid 5989-27-5 >480
Low boiling point naphtha - unspecified Liquid 8052-41-3 >480
MEK Liquid 78-93-3 imm
Methanol Liquid 67-56-1 >480
Methoxy 2-methylpropane, 2- Liquid 1634-04-4 12
Methyl 4-isopropenyl-1-cyclohexene, 1- Liquid 5989-27-5 >480
Methyl acetyl Liquid 67-64-1 imm
Methyl benzol Liquid 108-88-3 238
Methyl butan-1-ol, 3- Liquid 123-51-3 >480
Methyl chloroform Liquid 71-55-6 >480
Methyl cyanide Liquid 75-05-8 imm
Methyl ethyl ketone Liquid 78-93-3 imm
Methyl ketone Liquid 67-64-1 imm
Methyl salicylate Liquid 119-36-8 >480
Methyl tert-butyl ether Liquid 1634-04-4 12
Methyl trichloromethane Liquid 71-55-6 >480
Methylene chloride Liquid 75-09-2 imm
Mineral spirit Liquid 64475-85-0 >480
Nitric acid (23%) Liquid 7697-37-2 >480
Nitric acid (70%) Liquid 7697-37-2 >480
Nitro benzene Liquid 98-95-3 >480
Phenethylene Liquid 100-42-5 >480
Phenyl chloride Liquid 108-90-7 >480
Phosphoric acid (85%) Liquid 7664-38-2 >480
Propan -2-ol Liquid 67-63-0 >480
Propan -2-one Liquid 67-64-1 imm
Pyroacetic ether Liquid 67-64-1 imm
Sodium hydroxide (50%) Liquid 1310-73-2 >480
Spiritus Liquid 64-17-5 >480
Stoddard solvent Liquid 8052-41-3 >480
Styrene Liquid 100-42-5 >480
Sulfuric acid (47%) Liquid 7664-93-9 >480
Sulfuric acid (>95%) Liquid 7664-93-9 >480
Tetrachloro ethylene, 1,1,2,2- Liquid 127-18-4 >480
Tetrachloro methane Liquid 56-23-5 >480
Tetrahydrofuran Liquid 109-99-9 imm
Toluene Liquid 108-88-3 238
Trichloro ethane, 1,1,1- Liquid 71-55-6 >480
Trichloro ethylene Liquid 79-01-6 24
Trichloro methane Liquid 67-66-3 >480
Vinyl benzol Liquid 100-42-5 >480
Xylene, mixed isomers Liquid 1330-20-7 >480
  •  (Actual) Breakthrough time at MDPR [mins]
  •  Normalized breakthrough time at 0.1 µg/cm²/min [mins]
  •  Normalized breakthrough time at 1.0 µg/cm²/min [mins]
  •  Classification according to EN 14325
  •  Steady state permeation rate [µg/cm²/min]
  •  Minimum detectable permeation rate [µg/cm²/min]
  •  Cumulative permeation mass after 480 mins [µg/cm²]
  •  Time to reach cumulative permeation mass of 150 µg/cm² [mins]
  •  Classification according to ISO 16602
  •  Chemical abstracts service registry number
  •  Minute
  •  Larger than
  •  Smaller than
  •  Immediate (< 10 min)
  •  Not tested
  •  Saturated solution
  •  Not Applicable
  •  Not attained
  •  General purpose reagent grade
  •  Based on lowest single value
  •  Actual breakthrough time; normalized breakthrough time is not available
  •  Degradation after 5 min
  •  Degradation after 30 min
  •  Degradation after 60 min
  •  Degradation after 240 min
  •  Normalized breakthrough time at 0.1 µg/cm²/min [mins] acc. ASTM F1383
Important Notehelp