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gas chromatography<br />

gc columns | capillary<br />

SGE ® BPX Capillary Columns<br />

(continued)<br />

BPX90 Capillary Columns<br />

Length i.d. Film<br />

Temp. Limits<br />

min.–max. Part No.<br />

15m 0.25mm 0.25μm 75–280°C 54570<br />

0.32mm 0.50μm 75–280°C 54573<br />

30m 0.25mm 0.25μm 75–280°C 54580<br />

0.32mm 0.50μm 75–280°C 54583<br />

60m 0.25mm 0.25μm 75–280°C 54590<br />

0.32mm 0.50μm 75–280°C 54593<br />

BPX 608 Capillary Columns<br />

Temp. Limits*<br />

Length i.d. Film<br />

min.–max.<br />

Part No.<br />

25m 0.32mm 0.4μm 0–360/370°C 54823<br />

*Isothermal/Temp. program.<br />

BPX Volatiles Capillary Columns<br />

Length i.d. Film<br />

Temp. Limits*<br />

min.–max.<br />

Part No.<br />

20m 0.18mm 1μm 0–290/300°C 54978<br />

30m 0.25mm 1.4μm 0–290/300°C 54980<br />

0.32mm 1.8μm 0–290/300°C 54982<br />

0.53mm 3μm 0–290/300°C 54984<br />

40m 0.18mm 1μm 0–290/300°C 54979<br />

60m 0.25mm 1.4μm 0–290/300°C 54981<br />

0.32mm 1.8μm 0–290/300°C 54983<br />

0.53mm 3μm 0–290/300°C 54985<br />

*Isothermal/Temp. program.<br />

SGE ® HT5—<br />

5% Phenyl (equiv.)<br />

Polycarborane-siloxane<br />

• A unique high-temperature phase<br />

HT5 Polyimide Clad Capillary Columns<br />

Length i.d. Film<br />

Temp. Limits*<br />

min.–max.<br />

Part No.<br />

15m 0.25mm 0.1μm 10–380/400°C 054633<br />

0.32mm 0.5μm 10–380/400°C 054667<br />

0.53mm 0.5μm 10–380/400°C 054671<br />

30m 0.25mm 0.1μm 10–380/400°C 054634<br />

0.32mm 0.5μm 10–380/400°C 054668<br />

0.53mm 0.5μm 10–380/400°C 054672<br />

*Isothermal/Temp. program.<br />

HT5 Aluminum Clad Capillary Columns<br />

Length i.d. Film<br />

Temp. Limits*<br />

min.–max.<br />

Part No.<br />

12m 0.32mm 0.10μm 10–460/480°C 054651<br />

0.53mm 0.15μm 10–460/480°C 054662<br />

50m 0.32mm 0.10μm 10–460/480°C 054653<br />

*Isothermal/Temp. program.<br />

SGE ® SolGeL Capillary<br />

Columns<br />

• Unique technology encapsulates phase in synthetic glass<br />

• Greater inertness and thermal stability than “coated”<br />

phases<br />

SolGeL-WAX Capillary Columns<br />

• Highest temperature polyethylene glycol column<br />

• Maximum temperature 300°C<br />

• Ideal for: essential oils, food additives, industrial solvents,<br />

unreacted latex monomers, mixtures of aromatic<br />

hydrocarbons (e.g., BTEX), FAMEs, and mixtures of<br />

alcohols, esters, aldehydes, and ketones<br />

SolGeL-WAX is a bonded polyethylene glycol stationary<br />

phase. It is unique technology because the phase is<br />

encapsulated in synthetic glass (SolGeL material) and the<br />

whole matrix is itself bonded to the surface of the fused silica.<br />

This process leads to a very inert high-temperature column.<br />

SolGeL-WAX Capillary Columns<br />

Length i.d. Film<br />

Temp. Limits<br />

min.–max.<br />

Part No.<br />

30m 0.25mm 0.25μm 0–300°C 54706<br />

0.32mm 0.50μm 0–300°C 54707<br />

60m 0.25mm 0.25μm 0–300°C 54708<br />

0.32mm 0.50μm 0–300°C 54709<br />

SolGeL-1ms Capillary Columns<br />

• MS-grade capillary columns<br />

• Maximum temperature 380°C<br />

• Ideal for: essential oils, pharmaceuticals, food additives,<br />

industrial solvents, and hydrocarbons<br />

SolGeL-1ms is a low bleed bonded polydimethylsiloxane<br />

(100% methyl) stationary phase encapsulated in synthetic<br />

glass (SolGeL material) and the whole matrix is itself bonded<br />

to the surface of the fused silica capillary. The anchoring of<br />

the matrix to the glass surface using this unique technology<br />

leads to a very inert, high-temperature column.<br />

SolGeL-1ms Capillary Columns<br />

Length i.d. Film<br />

Temp. Limits<br />

min.–max.<br />

Part No.<br />

30m 0.25mm 0.25μm 0–380°C 54715<br />

0.32mm 0.25μm 0–380°C 54718<br />

60m 0.25mm 0.25μm 0–380°C 54713<br />

0.32mm 0.25μm 0–380°C 54714<br />

238 www.discoverysciences.com

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