large image
Loading...

Thermo Scientific TRACE GC Columns for Biodiesel

Determine methanol, fatty acid methyl esters (FAMEs) and glycerides in biodiesel analysis with high performance and reproducibility using Thermo Scientific TRACE TR-BioDiesel GC Columns. Biodiesel is an important component in the development of carbon neutral fuels and specific GC columns within the TRACE range deliver robust performance to meet and exceed the methodology demands for this application area. 

  • TRACE TR-BioDiesel (M); for determination of residual methanol content in biodiesel according to EN Method 14110
  • TRACE TR-BioDiesel (G); for the analysis of total glyceride content according to EN Method 14105
  • TRACE TR-BioDiesel (G) ASTM; for the analysis of total glyceride content according to ASTM method D-6584
  • TRACE TR-BioDiesel (F); for the analysis of FAME content in biodiesel according to EN Method 14103
Part Number Short Description Film Thickness Phase USP ID Length Type Material Price Qty
26AA395P TR-BioDiesel (M), 30m x 0.32mm x 3um 3.00 um TR-BioDiesel (M) G1, G2, G38 0.32 mm 30 m 7 inch Fused Silica
£540.65
26AF024P TR-BioDiesel (G), 10m x 0.32mm x 0.1um 0.10 um TR-BioDiesel (G) G1, G2, G38 0.32 mm 10 m 7 inch Fused Silica
£340.71
26AX142P TR-BioDiesel (F), 30m x 0.25mm x 0.25um 0.25 um TR-BioDiesel (F) G1, G2, G38 0.25 mm 30 m 7 inch Fused Silica
£558.19
  • Low bleed, even at elevated temperatures
  • Outstanding robustness for difficult separations
  • Reliable and reproducible performance
  • Maximum temperature limit of 300/320°C

TR-BioDiesel Temperature Specifications

ID 0.25 – 0.32 mm
Length 10 – 30 m
Film 0.10 – 3.00 µm
Temperature Limits 300/320°C

 

GC Columns and Consumables Primer (9.98 MB)

Information on Thermo Scientific's range of GC columns and consumables

GC Columns Technical Guide (17.17 MB)
Column selection guides to help you determine the most suitable column for your analysis
Thermo GC Columns and Accessories Catalogue 2022-2023 (5.75 MB)
Thermo Scientific GC columns and accessories are designed to give optimum system performance for today’s challenging analyses
Copyright © 2023 Element Materials Technology