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N9316561
Thomas Scientific
Elite-WAX ETR capillary column 60m x 0.32mm, 1.00æm
Price: $3,775.56List Price: $4,195.07Elite-WAX ETR columns undergo a speical bonding process that binds the carbowax to the polar deactivated silica. The resuting low bleed WAX column exhibits extended lifetimes even when repeatedly heated to 260oC. -
N9316571
Thomas Scientific
Elite-WAX ETR capillary column 60m x 0.53mm, 1.00æm
Price: $2,915.29List Price: $3,239.21Elite-WAX ETR columns undergo a speical bonding process that binds the carbowax to the polar deactivated silica. The resuting low bleed WAX column exhibits extended lifetimes even when repeatedly heated to 260oC. -
N9316497
Thomas Scientific
Elite-XLB, Length: 25m, Inner Diameter: 0.20mm, Film Thickness: 0.33 m, Temperature Limits: 30 to 340/360C
Price: $1,688.64List Price: $1,876.27Elite-XLB Capillary Columns are specialty phase for GC/MS with exceptionally low bleed. -
N9316484
Thomas Scientific
Elite-XLB, Length: 30m, Inner Diameter: 0.25mm, Film Thickness: 0.25 m, Temperature Limits:30 to 340/360C
Price: $1,688.64List Price: $1,876.27Elite-XLB Capillary Columns are specialty phase for GC/MS with exceptionally low bleed. -
N9316492
Thomas Scientific
Elite-XLB, Length: 30m, Inner Diameter: 0.32mm, Film Thickness: 0.50 m, Temperature Limits: 30 to 340/360C
Price: $1,672.72List Price: $1,858.58PerkinElmer Elite-XLB (Specialty phase for GC/MS with exceptionally low bleed) Series Capillary Columns, Length: 30m, Inner Diameter: 0.32mm, Film Thickness: 0.50m, Temperature Limits:30 to 340/360C -
XC1520WTA stainless steel tube with a screw and an endfitting are directly connected (screw type). Since YMC original empty columns use no ferrule, there is no danger of endfitting dislocation when the column is packed and used under high pressure.
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208-3355-030
Thomas Scientific
Extraction columns, natural, w/medium (45-90 ) filters, polypropylene
Price: $207.72List Price: $230.80Columns are for use in drug extractions, HPLC sample preparation, general chromatography applications and other research procedures and may also be used &ldquopiggybacked.&rdquo Columns measure 3-3/8 ? long and include a medium polyethylene filter -
1.15094.0001
Thomas Scientific
EXTRELUT NT 1 PRE-PACKED COLUMNS FOR EXTRACTION OF LIPOPHILIC COMPOUNDS FROM AQUEOUS SOLUTIONS
Price: $678.62List Price: $754.02Extrelut® NT simplifies liquid-liquid extraction in its most effective form by using a chemically inert, wide-pore and highly pure diatomaceous earth based solid phase. Depending on the sample volume three types of columns are available: Extrelut® -
1.15096.0001
Thomas Scientific
EXTRELUT NT 20 PRE-PACKED COLUMNS FOR EXTRACTION OF LIPOPHILIC COMPOUNDS FROM AQUEOUS SOLUTIONS
Price: $930.47List Price: $1,033.85Extrelut® NT simplifies liquid-liquid extraction in its most effective form by using a chemically inert, wide-pore and highly pure diatomaceous earth based solid phase. Depending on the sample volume three types of columns are available: Extrelut® -
1.15095.0001
Thomas Scientific
EXTRELUT NT 3 PRE-PACKED COLUMNS FOR EXTRACTION OF LIPOPHILIC COMPOUNDS FROM AQUEOUS SOLUTIONS
Price: $518.52List Price: $576.13Extrelut® NT simplifies liquid-liquid extraction in its most effective form by using a chemically inert, wide-pore and highly pure diatomaceous earth based solid phase. Depending on the sample volume three types of columns are available: Extrelut® -
290GA139
Thomas Scientific
Ferrule, 100% Graphite, 0.1-0.32mm, Injectors & Detectors (Not GC/MS)
Price: $111.94List Price: $124.38Wide range of choices for a wide range of instruments and applications Thermo Scientific ferrules are available in three different materials and various dimensions to match the instrument and capillary column ID. The choice of material is dependent -
290GA140
Thomas Scientific
Ferrule, 100% Graphite, 0.45-0.53mm, Injectors & Detectors (Not GC/MS)
Price: $111.94List Price: $124.38Wide range of choices for a wide range of instruments and applications Thermo Scientific ferrules are available in three different materials and various dimensions to match the instrument and capillary column ID. The choice of material is dependent