Non-Charcoal Organic Vapor Monitoring Badges

Non-Charcoal Organic Vapor Monitoring Badges are available for single chemicals or a full analysis which detects up to 100 chemicals. A monitoring badge is a cost saving method because there is no maintenance cost, no extensive training required and the all-inclusive pricing model is simple.

These badges give you a cost effective air sampling method that measures exposure to many regulated toxic vapors. This is a huge improvement over the mechanical sampling pump that was used. A solid adsorbent separated by a porous membrane replaced the pump.

For occupational exposure, these badges meet OSHA requirements and ISO 9001:2015 an ISO/IEC:2005 standards for exposure times ranging from 15 minutes to more than 8 hours. This analysis is conducted in an American Industrial Hygiene Association Laboratory Accreditation Programs accredited lab using OSHA or NIOSH validated methods.

How Organic Vapor Monitoring Badges Work

Badges are worn by the employee during a sampling period. There’s no liquid or metal mechanics involved in badge sampling, so the process is not cumbersome at all.

As for how the badge works, there is a microporous membrane that chemical vapors pass through. Under the membrane are special adsorbents that collect the vapors at a fixed rate. Our badges meet and exceed OSHA requirements, and OSHA/NIOSH validated methods are used in ACS’s AIHA-LAP, LLC-accredited laboratory.

Step 1: Expose the badge

Workers clip the badge in or near a breathing zone, most likely on their person, to measure their personal exposure level to certain chemicals. Badges can be placed in rooms to measure the concentration of chemicals in the air. When clipped on a person, the badge is small and lightweight enough to not interfere with worker activities.

To test the air quality of your home, office, or another environment, leave the badge in the area for 24 hours at least five feet from the floor. There’s no need to hire expensive consultants to find out air quality.

Step 2: Record Start Time and Stop Time

Record the requested information on the outside of the pouch that will enclose the badge after testing is complete. The required information includes the start time and stop time of testing.

Step 3: Return the Badge for Analysis

When the test is finished, put the badge back into the pouch, make sure the ziplock is completely sealed, and mail it back to ACS Lab for analysis. Our normal turnaround time is 48–72 hours after samples have been received.  Some chemical analysis may take longer than 72 hours.  Reports can be emailed, faxed, or mailed.

Workers can clip the badge near the breathing zone to measure person exposure level or place it in a room to measure area concentration.  Badges are small and lightweight and do not obstruct the worker activities.

For testing indoor air quality or area monitoring simply leave the badge in the area for 24 hours.

To test indoor air quality of your home, office or workplace, leave the badge in the area at least 5 ft off the floor for 24 hours.  No need to hire expensive consultants, then follow the steps above.

Features

  • US Patented Organic Vapor Monitoring Badges are analyzed using OSHA and NIOSH validated methods
  • Analyzed by an AIHA accredited lab
  • The lab is rated proficient in the NIOSH Proficiency Analysis Testing Program (PAT) for Analytes Tested.
  • All compounds listed for full analysis badge (OV-OOFull) will be tested for and reported if found
  • The same badge can be used for either TWA or STEL sampling
  • All inclusive price for badge, analysis and report
  • Report by fax, if requested, always by phone for high results
  • Summary reports available
  • Now ISO 9001:2015 certified

Compounds Detachable with the OV-OO Full Analysis Badge

Acetone 1,2-Dichloroethane Methyl Methacrylate
Acetonitrile 1,2-Dichloropropane Methyl-t butyl Ether
Acrylonitrile Dimethyl Formamide Methyl Styrene
Allyl Chloride Dimethyl Sulfoxide Methylene Chloride
Benzene Dioxane Nonane
1-Chloro-4-Benzene Ethyl Acetate Pentane
Benzyl Chloride Ethyl Alcohol Pentane Acetate
1,3-Butadiene Ethyl Benzene n-Pentanone
2-Butanone (MEK) Ethyl Ether Perchloroethylene
Butyl Acetate Ethyl Methacrylate n-Propyl Acetate
Butyl Cellosolve 4-Ethyltoluene Propyl Benzene
1-Butyl Alcohol Heptane n-Propyl Bromide
2-Butyl Alcohol 2-Heptanone Propylene Oxide
Carbon Tetrachloride Hexane Pyridine
Cellosolve 1-Hexanol Sytrene
Chlorobenzene Hexone (MIBK) Tetrahydrofuran
Chloroform Isopropyl Alcohol Toluene
Cyclohexane Isooctane 1,1,1-Trichloroethane
Cyclohexene d-Limonene Trichloroethylene
Cyclohexanol Methyl Acetate 1,2,4-Trimethylbenzene
Cyclohexanone Methyl Acrylate Vinyl Acetate
Dibromochloromethane Methyl Chloroform Vinyl Chloride
1,4-Dichlorobenzene 5-Methyl-2-Hexanone Xylene

Specifications

Accuracy Better than +25% at the 95% confidence interval
Limits of Detection Lower: Generally better than 1/10 of the PEL
Upper: At least 2 times PEL
Shelf Life 1 year at room temperature

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.

Badge
Catalog No.
Organic Vapor Badge, Full Analysis
OVF-00
a-Methyl Styrene OV-771
1,1,2-Trichloroethane OV-104
1,2,4-Trimethyl Benzene OV-107
1,3-Butadiene OV-12
2-Butanol OV-152
2-Butoxyethanol OV-16
2-Butoxyethytl Acetate OV-412
2-Mercaptoehtanol OV-579
2-Methoxyethylacetate OV-58
2-Phenoxyethanol OV-413
2-Propanol OV-86
Acetaldehydes OV-004
Acetic Acid OV-005
Acetone V OV-01
Acetonitrile OV-5
Acetophenone OV-052
Acrolein OV-055
Acrylamide OV-557
Acrylonitrile OV-06
Allyl Alcohol OV-07
Ammonia K-10
Amyl acetate OV-076
Aniline OV-077
BTEX OV-09
Benzene OV-08
Benzoic Acid OV-085
Benzyl Chloride V OV-10
Beta Mercaptoethanol OV-585
Biphenyl OV-11
BTEX + Saturated Hydrocarbons OV-095
Butyl Acetate OV-14
Butyl Alcohol OV-15
Butyl Cellosolve Acetate OV-15
Butylene Oxide OV-165
Carbon Disulfide OV-195
Carbon Tetrachloride OV-20
Cellosolve OV-22
Chlorobenzene OV-25
Chloroform OV-30
Collodion OV-31
Cumene OV-311
Cylcohexane OV-313
Cyclohexanol OV-314
Desflurane H-10-D
Dibromomethane OV-778
Dichloroethane OV-318
Dihloromethane OV-317
Diesel Fuel OV-33
Diethylaminoethanol OV-309
Diethylene Glycol OV-320
Dimethyl Formamide OV-326
Dimethyl Fumarate OV-330
Dimethyl Sulfoxide OV-325
Dimethylacetamide OV-328
Dioxane OV-319
Dipropylene Glycol Methyl Ether OV-333
Enflurane H-10-E
Epichlorohydrin OV-335
Ethyl Acetate OV-34
Ethyl Alcohol OV-35
Ethyl Benzene OV-37
Ethyl Ether OV-40
Ethyl Methacryalate OV-406
Ethylene Glycol OV-41
Ethylene Oxide E-50
Formaldehyde F-50
Formaldehyde & Glutaraldehyde FG-50
Formaldehyde & o-Phthalaldehyde FOP-50
Formaldehyde IAQ F-50I
Formaldehyde, Glutaraldehydel & o-Phthalaldehyde FGOP-50
Formamide OV-415
Full Scan Organic IAQ OVFI-00
Gasoline OV-45
Glutaraldehyde G-10
Glutaraldehyde & o-Phthalaldehyde GOP-10
Halogenated Anesthetic H-10-3
Halothane H-10-H
Heptane OV-50
Hexane OV-55
Hexylene Glycol OV-555
Hydrogen Peroxide HP-10
Hydrogen Sulfide HS-10
Hydroquinone OV-56
Isobutyl Alcohol OV-561
Isoflurane H-10-I
ISophorone OV-575
Isopropyl Alcohol OV-57
Jet Fuel OV-576
Kerosene OV-578
Limonene OV-577
m-Cresol OV-312
Mercury HG-10
Methyl (n-Amyl) Ketone OV-615
Methyl Alcohol OV-60
Methyl Bromide OV-595
Methyl Chloride OV-63
Methyl Chloroform OV-65
Methyl Ethyl Ketone OV-71
Methyl Ethyl Ketoxime OV-72
Methyl Iodide OV-755
Methyl Isobutyl Ketone OV-76
Methyl Methacrylate M-10
Methyl t-Butyl Ether OV-62
Methyelene Chloride OV-70
Metofane H-10-M
Mineral Spirits OV-77
Morpholine OV-772
n-Butyl Glycidal Ether OV-157
n-Butyl Mercapatan OV-166
n-Propyl Bromide OV-88
Naphtha OV-776
Naphthalene OV-775
Nitrilotriacetonitrile OV-779
Nitrobenzene OV-777
Nitrogen Dioxide NO-10
Nitromethane OV-780
Nitrous Oxide N-10
o-Phthalaldehyde OP-10
p-Dichlorobenzene OV-361
Pentane OV-78
Perchloroethylene OV-80
Petroleum Distillates OV-81
Phenol OV-85
Propargyl Alcohol OV-87
Propionic Acid OV-875
Propoxur OV-876
Propylene Glycol OV-885
Pyridine OV-91
Sevoflurane H-10-S
Stoddard Solvent OV-93
Styrene OV-95
Sulfur Dioxide SD-10
Tetrahydrofuran OV-96
Toluene OV-100
Total Aldehydes AL-50
Total Saturated Hydrocarbons OV-102
Trichloroethylene OV-105
Trifluoroacetic Acid OV-1066
Vinyl Acetate OV-109
Vinyl Chloride OV-100
VOC OV-00
Xylene OV-115

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