You searched for: Chromatography Sample Loops

Supplier: Trajan Scientific and Medical

Injection loop, PEEKsil™, 10 µl, 0,22 mm I.Ø, length 260 mm, for Rheodyne® and Valco® valves

Supplier: IDEX RHEODYNE

Sample loop, PEEK, 20 ml, For tube I-Ø: 2,0 mm, For tube O-Ø: 3 mm

Supplier: Cytiva

Each sample loop consists of tubing 1,8 mm OD and two tubing connectors (M6).

Supplier: VICI JOUR RESEARCH

These VICI Jour sample loops are made of high quality stainless steel 316.

Supplier: UPCHURCH SCIENTIFIC

These high quality stainless steel sample loops have burr-free, square-cut ends to ensure a flush connection to valve ports.

Supplier: VICI JOUR RESEARCH

These sample loops are made from PEEK tubing and fittings. Mechanically strong, chemically inert polymer ideal for HPLC applications. Softener-free polyethylene caps are used to avoid contamination of the tubing.

Supplier: UPCHURCH SCIENTIFIC

These PEEK sample loops are metal-free alternatives to stainless steel loops. PEEK loop ends are provided with clean, straight cuts for easy valve installation.

Supplier: VICI JOUR RESEARCH

These stainless steel 316 sample loops are cut using an electrolytic cutting process followed by ultrasonic and high pressure steam cleaning to remove contaminants, dried and capped with softener free caps to avoid the recontamination of the tubing.

Supplier: Thermo Fisher Scientific

Sample loop, for 9010, 9725 and 9725i injectors, PEEK, 20 µl, For tube I-Ø: 0,25 mm

Supplier: VICI JOUR RESEARCH

These VICI Jour sample loops are made of high quality stainless steel 316.

Supplier: VICI JOUR RESEARCH

These sample loops are made from PEEK tubing and fittings. Mechanically strong, chemically inert polymer ideal for HPLC applications. Softener-free polyethylene caps are used to avoid contamination of the tubing.

Supplier: VICI JOUR RESEARCH

These PEEK sample loops contain no metals or other extractable compounds. Therefore, no foreign materials will be introduced into the system. Softener free PE caps are used to avoid the contamination of the tubing. Particularly suited for separations involving proteins, peptides, nucleic acids or other samples of biological origin as well as in IC systems where metal traces may interact with ionic samples or release transition metals that may deactivate ion exchange columns.