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29734-U

SLB®-1ms Capillary GC Column

L × I.D. 30 m × 0.32 mm, df 0.10 μm

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NACRES:
SB.54
UNSPSC Code:
41115710
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material

fused silica

Quality Level

100

agency

meets requirements for USP G1, G2 and G9

analyte chemical class(es)

alcohols, ketones, terpenes

parameter

-60-340 °C temperature (isothermal), -60-360 °C temperature (programmed)

Beta value

800

df

0.10 μm

technique(s)

GC/MS: suitable, gas chromatography (GC): suitable

L × I.D.

30 m × 0.32 mm

matrix active group

Bonded and crosslinked; poly(dimethyl siloxane) phase, SLB 1ms

application(s)

petroleum

column type

capillary non-polar

General description

Application: The non-polar dimethyl phase provides a boiling point elution order. The low bleed characteristics, inertness, and durable nature make it the column of choice for many petrochemical appplications, or anywhere a low bleed non-polar column is required.
USP Code: This column meets USP G1, G2, and G9 requirements.
Phase:
  • Bonded and crosslinked
  • Poly(dimethyl siloxane)
Temp. Limits:
  • -60 °C to 340 °C (isothermal) or 360 °C (programmed)

Legal Information

SLB is a registered trademark of Merck KGaA, Darmstadt, Germany

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Certificats d'analyse (COA)

Lot/Batch Number
272471-06
272471-05
272471-04
272471-03
272471-02

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Chiho Hamai et al.
Biophysical journal, 92(6), 1988-1999 (2006-12-26)
The formation of supported lipid bilayers (SLBs) on glass from giant unilamellar vesicles (GUVs) was studied using fluorescence microscopy. We show that GUV rupture occurs by at least four mechanisms, including 1), spontaneous rupture of isolated GUVs yielding almost heart-shaped
P Vahmani et al.
Lipids, 51(12), 1427-1433 (2016-11-18)
Human liver cells (HepG2) were cultured with individual trans (t) 18:1 including t6-, t12-, t13-, t14-, t15- and t16-18:1, and retention times of their Δ-9 desaturation products were determined using 100-m biscyanopropyl-polysiloxane and SLB-IL111 columns. Corresponding peaks were found in
Ryugo Tero et al.
Langmuir : the ACS journal of surfaces and colloids, 27(16), 9662-9665 (2011-07-19)
Hierarchic structure and anomalous diffusion on submicrometer scale were introduced into an artificial cell membrane, and the spatiotemporal dependence of lipid diffusion was visualized on nanostructured oxide surfaces. We observed the lipid diffusion in supported lipid bilayers (SLBs) on step-and-terrace
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