Leading the way in material characterization The world's first large-capacity solid-phase extraction device! Polar Magic Chemisorber (MC-PEG) This is an innovative solid-phase extraction device having PEG (polyethylene glycol) as a stationary phase. It features a high selectivity toward alcohols and carboxylic acids. Features PEG layer immobilized on the outer wall of a deactivated stainless steel tube. High selectivity toward polar compounds Quick and simple sample pretreatment at low cost Repeatedly usable Fit to sample tubes for thermal desorption devices from various manufacturers* * Shimadzu, PerkinElmer, DANI, Gerstel, Markes, and etc. (Film thickness: 30 µ Two sizes available for your application Using Magic Chemisorber PEG (MC-PEG) The MC-PEG is allowed to suspend or is stirred in a sample (gas, liquid or solid) under given conditions to extract the target compounds. The thermal desorption (TD)-GC analysis is then performed using a thermal desorption device such as pyrolyzer. The MC-PEG is usually cleaned automatically during GC analysis; therefore, it can be reused immediately for the next sample run. Immerse and stir in a sample Set in an Eco-Stick or a commonly used thermal desorption tube Thermal desorption device such as pyrolyzer Separation column Headspace extraction Thermal desorption analysis using a Py-GC/MS syste
Open the catalog to page 1Formic acid Ethyl octanoate Isoamyl butanoate Acetic acid Acetaldehyde Acetone Decanoic acid Acetic acid 1) Polar MC-PEG (this product) Isovaleric acid Hexanoic acid Butanoic acid 1) Polar MC-PEG (this product) Analysis examples using polar MC-PEG and non-polar MC-PDMS See our Technical Notes MCA-015 and MCA-016 on our website for more details of the analytical conditions for the analysis examples above. Specifications MC-PEG-S Outer diameter Inner diameter Magic Chemisorber Magic Chemisorber PEG-S Film thickness Stationary phase Product name Product number Polyethylene glycol Main material (core)...
Open the catalog to page 22 Pages
2 Pages
1 Page
1 Page
1 Page
1 Page
2 Pages
2 Pages
1 Page
1 Page
1 Page
4 Pages