Lenz-Laborglas Chromatographic Column with Indentations and PTFE Stopcock, Beaded Rim, Length 400mm, Diameter 20mm

The Lenz-Laborglas Chromatographic Column is engineered for high-performance separation processes in laboratory environments. This 400mm long column features indentations for secure support of packing material and a beaded rim for durability. Equipped with a precise PTFE stopcock, it ensures reliable and controlled solvent flow during chromatography procedures. With a 20mm inner diameter, it is suitable for both analytical and preparative applications.

Key Features:

• Brand: Lenz-Laborglas
• Material: Borosilicate glass
• Length: 400mm
• Diameter: 20mm
• Indentations: For support of packing material
• Stopcock: High-quality PTFE for smooth control
• Rim: Beaded for extra mechanical stability

Ideal for professional chromatography workflows in research, pharmaceutical, and industrial labs.

Frequently Asked Questions

1. What is the Lenz-Laborglas Chromatographic Column with Indentations and PTFE Stopcock, Beaded Rim, Length 400mm, Diameter 20mm used for?

It is engineered for high-performance separation processes in laboratory environments. This 400mm long column features indentations for secure support of packing material and a beaded rim for durability. Equipped with a precise PTFE stopcock, it ensures reliable and controlled solvent flow during chromatography procedures. With a 20mm inner diameter, it is suitable for both analytical and preparative applications.

2. Is this product suitable for both analytical and preparative applications?

Yes. It is designed for both analytical and preparative applications, and offers a length of 400mm and a diameter of 20mm to support this kind of work.

3. What length and diameter does this product have?

It has a length of 400mm and a diameter of 20mm.

4. What is this product made from and what features does it include?

It is made from borosilicate glass. It also offers for support of packing material, high-quality PTFE for smooth control and beaded for extra mechanical stability.