OPTIMA® 1 MS Accent ultra-low bleed capillary columns for GC

OPTIMA® 1 MS Accent ultra-low bleed capillary columns for GC
100 % dimethylpolysiloxane

nonpolar phase with ultra-low bleeding, ideal for ion trap and quadrupol MS detectors increased sensitivity due to an unmatched low background level perfect inertness for basic compounds
solvent rinsing for removal of impurities applicable
application areas: all-round phase for environmental analyses, trace analyses, EPA methods, pesticides, PCB, food and drug analyses
similar phases: Ultra-1, DB-1 MS, HP-1 MS, Rtx-1 MS, Equity™1, AT-1 MS, VF-1 MS, CP-Sil 5 CB MS
max. temperature for isothermal operation 340 °C, max. temperature for short isotherms in a temperature programme 360 °C
Int. diam. mm0.25
Outer diam. mm0.4
Film thickness μm0.250000
Length m30
PK1
Cat. No.12078964
ab Zentrallager (ca. 5 Arbeitstage)
Int. diam. mm0.25
Outer diam. mm0.4
Film thickness μm0.500000
Length m30
PK1
Cat. No.12078962
ab Zentrallager (ca. 5 Arbeitstage)
Int. diam. mm0.25
Outer diam. mm0.4
Film thickness μm0.250000
Length m60
PK1
Cat. No.12078963
ab Zentrallager (ca. 5 Arbeitstage)
Int. diam. mm0.25
Outer diam. mm0.4
Film thickness μm0.500000
Length m60
PK1
Cat. No.12078961
ab Zentrallager (ca. 5 Arbeitstage)
Int. diam. mm0.32
Outer diam. mm0.5
Film thickness μm0.250000
Length m30
PK1
Cat. No.12078967
ab Zentrallager (ca. 5 Arbeitstage)
Int. diam. mm0.32
Outer diam. mm0.5
Film thickness μm0.500000
Length m30
PK1
Cat. No.12078960
ab Zentrallager (ca. 5 Arbeitstage)
Int. diam. mm0.32
Outer diam. mm0.5
Film thickness μm0.250000
Length m60
PK1
Cat. No.12078966
ab Zentrallager (ca. 5 Arbeitstage)
Int. diam. mm0.32
Outer diam. mm0.5
Film thickness μm0.500000
Length m60
PK1
Cat. No.12078959
ab Zentrallager (ca. 5 Arbeitstage)
Each column is individually tested and supplied with test certificate and test chromatogram, but without fittings or ferrules. Column ends are melted or closed with septa, and thus protected from atmospheric oxygen.
Additionally, we supply the corresponding test mixture with each column.

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