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Trimethylsilylation [GC Derivatization Reagents]

 Gas chromatography (GC) is widely used as an analytical method that vaporizes samples without thermal decomposition. This property lends to GC analysis being adequate for the analysis of volatile samples; however, GC analysis has various limitations when analyzing nonvolatile or thermally unstable samples.
 GC silylation reagents are useful for introducing thermally stable and volatile organosilyl groups onto samples, and are applicable in GC analysis. Various trimethylsilylation reagents are available and can be readily selected based on a substrates structural features and functional groups present.
 In addition, five TCI products A5601, A5602, A5603, A5604, and A5605 are used as specialty trimethylsilylation reagents for micro- and high sensitivity analysis required under strict quality control measures. Each these trimethylsilylation reagents contain high-boiling-point impurities with retention index over 1500 is controlled below 50ppm by purification methods.
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25 Results Found
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Product Number T0590
CAS RN 13435-12-6
Purity / Analysis Method: >98.0%(GC)

Product Number T0492
CAS RN 996-50-9
Purity / Analysis Method: >98.0%(GC)

Product Number T0591
CAS RN 2083-91-2
Purity / Analysis Method: >95.0%(GC)(T)

Product Number A5601
CAS RN 10416-59-8
Purity / Analysis Method: >80.0%(GC)

Product Number M0672
CAS RN 24589-78-4
Purity / Analysis Method: >95.0%(GC)

Product Number H0089
CAS RN 999-97-3
Purity / Analysis Method: >96.0%(GC)

Product Number:   T0590 | Purity / Analysis Method:   >98.0%(GC)

Product Number:   T0492 | Purity / Analysis Method:   >98.0%(GC)

Product Number:   T0591 | Purity / Analysis Method:   >95.0%(GC)(T)

Product Number:   A5601 | Purity / Analysis Method:   >80.0%(GC)

Product Number:   H0089 | Purity / Analysis Method:   >96.0%(GC)

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