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Capillary columns
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Description:
Polar phase: Crossbond™ polyethylene glycol Low-bleed PEG column ensures long column lifetimes. Rugged enough to withstand repeated water injections. Equivalent to USP G14, G15, G16, G20, and G39 phases. Similar phases: Innowax, CP-Wax 52 CB, VF-WAX MS, Supelcowax-10
OUT OF STOCKPolar phase: Crossbond™ polyethylene glycol Low-bleed PEG column ensures long column lifetimes. Rugged enough to withstand repeated water injections. Equivalent to USP G14, G15, G16, G20, and G39 phases. Similar phases: Innowax, CP-Wax 52 CB, VF-WAX MS, Supelcowax-10
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Description:
Low-polarity phase: Crossbond™ 5% diphenyl / 95% dimethyl polysiloxane Column specifically tested for low-bleed performance. General -purpose columns for drugs, solvent impur i t ies, pesticides, hydrocarbons, PCB congeners (e.g., Aroclor mixes), essential oils, semi-volatiles. Equivalent to USP G27 and G36 phases. Similar phases: HP-5, DB-5, CP Sil 8 CB, SPB-5, Rtx-5MS Integrated Guard Columns No leaks for a more robust method. No column connections for easier, faster maintenance. No peak distortions due to connector dead volume and thermal capacity. For column without Integral-Guard Column in this dimension, please refer to 221-75854-30
OUT OF STOCKLow-polarity phase: Crossbond™ 5% diphenyl / 95% dimethyl polysiloxane Column specifically tested for low-bleed performance. General -purpose columns for drugs, solvent impur i t ies, pesticides, hydrocarbons, PCB congeners (e.g., Aroclor mixes), essential oils, semi-volatiles. Equivalent to USP G27 and G36 phases. Similar phases: HP-5, DB-5, CP Sil 8 CB, SPB-5, Rtx-5MS Integrated Guard Columns No leaks for a more robust method. No column connections for easier, faster maintenance. No peak distortions due to connector dead volume and thermal capacity. For column without Integral-Guard Column in this dimension, please refer to 221-75854-30
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Description:
Low-polarity phase: Crossbond™ 5% diphenyl / 95% dimethyl polysiloxane Column specifically tested for low-bleed performance. General -purpose columns for drugs, solvent impur i t ies, pesticides, hydrocarbons, PCB congeners (e.g., Aroclor mixes), essential oils, semi-volatiles. Equivalent to USP G27 and G36 phases. Similar phases: HP-5, DB-5, CP Sil 8 CB, SPB-5, Rtx-5MS Integrated Guard Columns No leaks for a more robust method. No column connections for easier, faster maintenance. No peak distortions due to connector dead volume and thermal capacity. For column without Integral-Guard Column in this dimension, please refer to 221-75858-30
OUT OF STOCKLow-polarity phase: Crossbond™ 5% diphenyl / 95% dimethyl polysiloxane Column specifically tested for low-bleed performance. General -purpose columns for drugs, solvent impur i t ies, pesticides, hydrocarbons, PCB congeners (e.g., Aroclor mixes), essential oils, semi-volatiles. Equivalent to USP G27 and G36 phases. Similar phases: HP-5, DB-5, CP Sil 8 CB, SPB-5, Rtx-5MS Integrated Guard Columns No leaks for a more robust method. No column connections for easier, faster maintenance. No peak distortions due to connector dead volume and thermal capacity. For column without Integral-Guard Column in this dimension, please refer to 221-75858-30
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Description:
Low-polarity phase: Crossbond™ 5% diphenyl / 95% dimethyl polysiloxane Column specifically tested for low-bleed performance. General -purpose columns for drugs, solvent impur i t ies, pesticides, hydrocarbons, PCB congeners (e.g., Aroclor mixes), essential oils, semi-volatiles. Equivalent to USP G27 and G36 phases. Similar phases: HP-5, DB-5, CP Sil 8 CB, SPB-5, Rtx-5MS
OUT OF STOCKLow-polarity phase: Crossbond™ 5% diphenyl / 95% dimethyl polysiloxane Column specifically tested for low-bleed performance. General -purpose columns for drugs, solvent impur i t ies, pesticides, hydrocarbons, PCB congeners (e.g., Aroclor mixes), essential oils, semi-volatiles. Equivalent to USP G27 and G36 phases. Similar phases: HP-5, DB-5, CP Sil 8 CB, SPB-5, Rtx-5MS
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Description:
Mid-polarity phase: Crossbond™ 6% cyanopropylphenyl / 94% dimethyl polysiloxane General-purpose columns for residual solvents, alcohols, oxygenates, and volatile organic compounds. Equivalent to USP G43 phase. Similar phases: DB-1301, CP-1301, SPB-1301, Rtx-1301
OUT OF STOCKMid-polarity phase: Crossbond™ 6% cyanopropylphenyl / 94% dimethyl polysiloxane General-purpose columns for residual solvents, alcohols, oxygenates, and volatile organic compounds. Equivalent to USP G43 phase. Similar phases: DB-1301, CP-1301, SPB-1301, Rtx-1301
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Description:
Low-polarity phase: Crossbond silarylene phase 1,4-bis(dimethylsiloxy)phenylene dimethyl polysiloxane Engineered to be a low-bleed GCMS column General-purpose columns - ideal for GCMS analysis of semi-volatiles, polycyclic aromatic compounds, chlorinated hydrocarbons, phthalates, phenols, amines, organochlorine pesticides, organophosphorus pesticides, drugs, solvent impurities, and hydrocarbons Similar phases: Rtx-5Sil MS, DB-5ms UI, DB-5ms, VF-5ms, SLB-5ms, BPX-5, ZB-5MS, ZB-Semi-Volatiles, 007-5MS
OUT OF STOCKLow-polarity phase: Crossbond silarylene phase 1,4-bis(dimethylsiloxy)phenylene dimethyl polysiloxane Engineered to be a low-bleed GCMS column General-purpose columns - ideal for GCMS analysis of semi-volatiles, polycyclic aromatic compounds, chlorinated hydrocarbons, phthalates, phenols, amines, organochlorine pesticides, organophosphorus pesticides, drugs, solvent impurities, and hydrocarbons Similar phases: Rtx-5Sil MS, DB-5ms UI, DB-5ms, VF-5ms, SLB-5ms, BPX-5, ZB-5MS, ZB-Semi-Volatiles, 007-5MS
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Description:
By strengthening the cross-linking structure, the operating temperature range (20 to 250/260 °C) can be widened. In addition, the state-of-the-art deactivation process produces sharp and symmetrical peaks and maintains deactivation for a long time, allowing stable use. These improved the separation performance of low-boiling compounds and enhanced repeatability and temperature stability.
OUT OF STOCKBy strengthening the cross-linking structure, the operating temperature range (20 to 250/260 °C) can be widened. In addition, the state-of-the-art deactivation process produces sharp and symmetrical peaks and maintains deactivation for a long time, allowing stable use. These improved the separation performance of low-boiling compounds and enhanced repeatability and temperature stability.
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Description:
By strengthening the cross-linking structure, the operating temperature range (20 to 250/260 °C) can be widened. In addition, the state-of-the-art deactivation process produces sharp and symmetrical peaks and maintains deactivation for a long time, allowing stable use. These improved the separation performance of low-boiling compounds and enhanced repeatability and temperature stability.
OUT OF STOCKBy strengthening the cross-linking structure, the operating temperature range (20 to 250/260 °C) can be widened. In addition, the state-of-the-art deactivation process produces sharp and symmetrical peaks and maintains deactivation for a long time, allowing stable use. These improved the separation performance of low-boiling compounds and enhanced repeatability and temperature stability.
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Description:
By strengthening the cross-linking structure, the operating temperature range (20 to 250/260 °C) can be widened. In addition, the state-of-the-art deactivation process produces sharp and symmetrical peaks and maintains deactivation for a long time, allowing stable use. These improved the separation performance of low-boiling compounds and enhanced repeatability and temperature stability.
OUT OF STOCKBy strengthening the cross-linking structure, the operating temperature range (20 to 250/260 °C) can be widened. In addition, the state-of-the-art deactivation process produces sharp and symmetrical peaks and maintains deactivation for a long time, allowing stable use. These improved the separation performance of low-boiling compounds and enhanced repeatability and temperature stability.
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Description:
By strengthening the cross-linking structure, the operating temperature range (20 to 250/260 °C) can be widened. In addition, the state-of-the-art deactivation process produces sharp and symmetrical peaks and maintains deactivation for a long time, allowing stable use. These improved the separation performance of low-boiling compounds and enhanced repeatability and temperature stability.
OUT OF STOCKBy strengthening the cross-linking structure, the operating temperature range (20 to 250/260 °C) can be widened. In addition, the state-of-the-art deactivation process produces sharp and symmetrical peaks and maintains deactivation for a long time, allowing stable use. These improved the separation performance of low-boiling compounds and enhanced repeatability and temperature stability.
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Description:
By strengthening the cross-linking structure, the operating temperature range (20 to 250/260 °C) can be widened. In addition, the state-of-the-art deactivation process produces sharp and symmetrical peaks and maintains deactivation for a long time, allowing stable use. These improved the separation performance of low-boiling compounds and enhanced repeatability and temperature stability.
OUT OF STOCKBy strengthening the cross-linking structure, the operating temperature range (20 to 250/260 °C) can be widened. In addition, the state-of-the-art deactivation process produces sharp and symmetrical peaks and maintains deactivation for a long time, allowing stable use. These improved the separation performance of low-boiling compounds and enhanced repeatability and temperature stability.
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Description:
By strengthening the cross-linking structure, the operating temperature range (20 to 250/260 °C) can be widened. In addition, the state-of-the-art deactivation process produces sharp and symmetrical peaks and maintains deactivation for a long time, allowing stable use. These improved the separation performance of low-boiling compounds and enhanced repeatability and temperature stability.
OUT OF STOCKBy strengthening the cross-linking structure, the operating temperature range (20 to 250/260 °C) can be widened. In addition, the state-of-the-art deactivation process produces sharp and symmetrical peaks and maintains deactivation for a long time, allowing stable use. These improved the separation performance of low-boiling compounds and enhanced repeatability and temperature stability.