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Restriction capillary stainless steel alternative Agilent
Restriction Capillary is made of stainless steel, with dimension of 0.13×3000mm. It is for use with the liquid chromatographic instrument of Agilent, Shimadzu, Thermo and Waters. The restriction capillary is pre-swaged at both ends with two stainless steel unions (detachable) and two stainless steel fittings, which make it more convenient for our valued clients. OEM:5021-2159
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LC column storage cabinet store columns
Chromasir offers five-drawer column storage cabinet, which is able to hold up to 50 columns when placed in the standard layout。
It is made of stainless steel in body and acrylic plastic in lining。
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LC column storage cabinet store columns holding up to 8 columns
Chromasir’s single column storage box can hold up to 8 columns, with material PET in body and acrylic plastic in inner slot‑holder strips.
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PFA solvent tubing 1/16” 1/8” 1/4” liquid chromatography
PFA tubing, as an indispensable part of liquid chromatography flow path, make for integrity of analysis experiments. Chromasir’s PFA tubing is transparent so as to observe the situation of mobile phase. There are PFA tubes with 1/16”, 1/8” and 1/4” OD to meet various requirements of customers.
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PEEK tubing 1/16”0.13mm 0.18mm 0.25mm 1.0mm tube connection capillry HPLC
PEEK tubing’s outer diameter is 1/16”, fitting majority of high performance liquid chromatography analysis. Chromasir provides 1/16” OD PEEK tubing with ID 0.13mm, 0.18mm,0.25mm, 0.5mm, 0.75mm and 1mm for customers’ choice. The inner and outer diameter tolerance is ± 0.001”(0.03mm). A tubing cutter will be given free of charge when PEEK tubing order above 5m.
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Ghost-Sniper Column Chromasir HPLC UPLC column eliminate ghost peaks
Ghost-Sniper column is a powerful tool to eliminate ghost peaks produced during the process of chromatographic separation, especially in gradient mode. The ghost peaks will cause quantitative problems if the ghost peaks overlap the peaks of interest. With Chromasir ghost-sniper column, all the challenges by ghost peaks can be solved and the experiment consumption costs can be greatly lower.
