Chromatography Column Separation
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Product Code : SCL-CC-10360
Quick answer: This listing covers a general-purpose gravity-flow chromatography column for packed-bed separation, purification and eluent collection work. Exact dimensions, glass grade, frit porosity and stopcock type for this specific listing should be confirmed at enquiry stage — see the other columns in this range below for fully specified plain, fritted, ground-cone and PTFE-stopcock options.
What This Column Is Used For
Gravity chromatography columns of this type are used for separating and purifying chemical mixtures by packed-bed or gravity-flow chromatography, in chemistry teaching labs, research laboratories, and quality-control or preparation settings. Typical use involves mounting the column vertically on a stable stand, packing the stationary phase evenly and without trapped air, loading sample without disturbing the packed bed, and controlling eluent flow through the base stopcock or valve during elution.
Confirming Specification Before Ordering
Because column size, glass grade, frit porosity, joint size and stopcock type materially affect what a chromatography column can be used for, buyers should confirm these details directly with Lab Glassware Manufacturer at enquiry stage rather than relying on a general product listing. The wider Chromatography Columns range includes fully specified plain, fritted-disc, ground-cone and PTFE-stopcock columns with stated materials and dimensions if a fixed specification is needed immediately.
Frequently Asked Questions
What is the Chromatography Column Separation unit used for?
It is used for separating and purifying chemical mixtures through packed-bed or gravity-flow chromatography in laboratory, research and quality-control settings.
Related Products
See the full range on the Chromatography Columns page, including fully specified plain, fritted and PTFE-stopcock chromatography columns.
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Contact Us for a quotation, or visit the Tenders page for bulk and institutional procurement.
Last updated: September 2026.
