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Supelco

Carbotrap® 300 Thermal Desorption Tube

greener alternative

stainless steel, O.D. x I.D. x L 1/4 in. × 3 1/2 in., preconditioned, pkg of 10 ea

Synonym(s):

Carbon adsorbent, TD Tube

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About This Item

UNSPSC Code:
41104008
NACRES:
NB.24

product name

Carbotrap® 300, O.D. × L 1/4 in. × 3 1/2 in., stainless steel TD tube, preconditioned, pkg of 10 ea

material

stainless steel TD tube

Agency

EPA TO-1,TO-2,TO-3,TO-17

description

Sealed with TDS³ Storage Container

product line

Carbotrap®

feature

preconditioned

packaging

pkg of 10 ea

greener alternative product characteristics

Waste Prevention
Safer Solvents and Auxiliaries
Learn more about the Principles of Green Chemistry.

sustainability

Greener Alternative Product

technique(s)

active air sampling: suitable

O.D. × L

1/4 in. × 3 1/2 in.

matrix

Carbosieve S-III carbon molecular sieve (CMS)
Carbotrap® 300 (Packed with Carbotrap C, Carbotrap B, Carbosieve SIII)
Carbotrap® B graphitized carbon black (GCB)
Carbotrap® C graphitized carbon black (GCB)

application(s)

air monitoring
environmental
industrial hygiene

compatibility

for use with DANI, Markes, OI Analytical, PerkinElmer and Shimadzu Instruments

greener alternative category

Aligned

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General description

Carbotrap® 300 thermal desorption tube features an etched unique number for sample identification and is packed with high quality adsorbents, preconditioned and sealed in a TDS3 Storage Container.
We are committed to bringing you greener alternative products, which adhere to one or more of The 12 Principles of Greener Chemistry. Thermal desorption tubes are reusable at least 50 to 100 times, and reduces the usage of accessories like transfer vials, caps, and pipette tips, thus aligns with “Waste Prevention”. Also, these tubes eliminate the usage of toxic solvents like CS2 to extract the VOCs of interest, and thus aligns with “Safer Solvents and Auxiliaries” principle. Click here for more information.

Application


  • Using mesoporous silica MCM-41 for in-line enrichment of atmospheric volatile organic compounds: This study demonstrates the utilization of mesoporous silica MCM-41, similar to Carbotrap® 300, for trapping and analyzing atmospheric volatile organic compounds, highlighting the material′s effectiveness in environmental sampling solutions (Wu et al., 2006).

Legal Information

Carbotrap is a registered trademark of Merck KGaA, Darmstadt, Germany

Storage Class Code

13 - Non Combustible Solids

WGK

nwg

Flash Point(F)

Not applicable

Flash Point(C)

Not applicable

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Gary Strobel et al.
Biotechnology letters, 35(4), 539-552 (2012-12-19)
The construction and testing of a unique instrument, the Paleobiosphere, which mimics some of the conditions of the ancient earth, is described. The instrument provides an experimental testing system for determining if certain microbes, when provided an adequate environment, can
Yifei Sun et al.
Journal of environmental sciences (China), 25(1), 213-219 (2013-04-17)
A group parameter approach using "total organic halogen" is effective for monitoring gaseous organic halogen compounds, including fluorine, chlorine, and bromine compounds, generated from combustion. We described the use of barrier-discharge radiofrequency-helium-plasma/atomic emission spectrometry, for the detection of semi- and
Florian Gahleitner et al.
Bioanalysis, 5(18), 2239-2247 (2013-09-24)
In-community non-invasive identification of asthma-specific volatile organic compounds (VOCs) in exhaled breath presents opportunities to characterize phenotypes, and monitor disease state and therapies. The feasibility of breath sampling with children and the preliminary identification of childhood asthma markers were studied.
S Ghittori et al.
Giornale italiano di medicina del lavoro, 10(4-5), 201-205 (1988-07-01)
A laboratory study, using generated atmosphere containing 0.14/23.3 mg/m3 of Benzene, was conducted to adapt an existing industrial hygiene monitoring method for measuring low concentrations of Benzene. This method was developed to determine concentrations of Benzene in the ambient air
S Ghittori et al.
Journal of toxicology and environmental health, 38(3), 233-243 (1993-03-01)
Benzene concentrations in urine samples (Cu, ng/L) from 110 workers exposed to benzene in chemical plants and gasoline pumps were determined by injecting urine supernate into a gas chromatograph. The urine was saturated with anhydrous N2SO4 to facilitate the passage
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