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HayeSep® Porous Polymer Adsorbent

matrix HayeSep D, 60-80 mesh, bottle of 75 cc

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About This Item

UNSPSC Code:
23201100
eCl@ss:
32119290

Pricing and availability is not currently available.

form

solid

Quality Level

packaging

bottle of 75 cc

manufacturer/tradename

Hayes Separation Inc

parameter

290 °C temp. limit

technique(s)

gas chromatography (GC): suitable

surface area

~795 m2/g

matrix

HayeSep D

particle size

60-80 mesh

density

~0.33 g/mL (free fall density)

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General description

Porous polymers are the most suitable adsorbent for applications based on the analysis of gases, acids, amines, organics of low carbon number and water.[1] They are best suited for gas chromatography and are basically copolymers of polydivinylbenzene (DVB) which are very porous in nature ranging from mesoporous to microporous.[2] HayeSep® has a high surface area owing to its micropores thereby making it a suitable candidate for separation of gases and volatile organic compounds (VOCs). [3] Furthermore they are relatively inert and exhibit hydrophobicity.[4]
HayeSep porous polymers, considered second generation materials, are consistent batch-to-batch, with minimal shrinkage and monomer bleed.

For more information about any of our adsorbents, please visit sigma-aldrich.com/adsorbents

Application

HayeSep D in combination with Tenax TA was used to analyze polar, low-molecular weight compounds, such as methanol and ethanol, and non-polar volatile organic compounds, such as benzene and toluene in a temperature-programmed desorption combined with mass spectrometry and Fourier transform infrared spectroscopy (FTIR).[5]

Legal Information

HayeSep is a registered trademark of Hayes Separation Inc.

Storage Class Code

11 - Combustible Solids

WGK

WGK 3

Flash Point(F)

Not applicable

Flash Point(C)

Not applicable

Personal Protective Equipment

dust mask type N95 (US), Eyeshields, Gloves

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    Detection of volatile organic compounds by temperature-programmed desorption combined with mass spectrometry and Fourier transform infrared spectroscopy.
    Ketola RA, et al. et al.
    Analytica Chimica Acta, 562 (2), 245-251 (2006)
    Trace Analysis of Specialty and Electronic Gases.
    Geiger W.M and Raynor M.W. et al.
    Science, 256-257 (2013)
    Gas Chromatography.
    Poole C. et al.
    Science, 127-130 (2012)
    Gas Chromatography in Air Pollution Analysis.
    Berezkin V.G and Drugov Y.S. et al.
    J. Chromatogr. Library, 49, 50-51 (1991)
    Modern Practice of Gas Chromatography.
    Grob RL and Barry EF. et al.
    Science, 79-83 (2004)

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