Macherey-Nagel EC HPLC Column EC 100/4.6 NUCLEODUR C18 Isis, 3 µm, Length 100 mm, ID 4.6 mm, Pack of 1

The Macherey EC HPLC Column EC 100/4.6 NUCLEODUR C18 Isis, 3 µm, Length 100 mm, Internal Diameter 4.6 mm, Pack Of 1 is designed for high-performance liquid chromatography applications requiring reliable reversed phase separation. This column features NUCLEODUR C18 Isis material with a 3 µm particle size and 20% carbon content, supporting consistent analytical performance in laboratory HPLC workflows.

Key Features:

• Brand: Macherey
• Column Type: EC HPLC column
• Model: EC 100/4.6 NUCLEODUR C18 Isis
• Particle Size: 3 µm
• Carbon Content: 20% C
• Length: 100 mm
• Internal Diameter: 4.6 mm
• Application: Suitable for analytical HPLC separation
• Packaging: Pack of 1

This NUCLEODUR C18 Isis EC HPLC column is suitable for laboratories requiring dependable chromatographic performance in a 100 mm column format.

Frequently Asked Questions

1. What is the Macherey EC HPLC Column EC 100/4.6 NUCLEODUR C18 Isis, 3 µm, Length 100 mm, Internal Diameter 4.6 mm, Pack Of 1 used for?

The EC 100/4.6 NUCLEODUR C18 Isis is designed for analytical HPLC separation. The stated format and features make the product suitable for routine laboratory work within that application.

2. What are the main specifications of the EC 100/4.6 NUCLEODUR C18 Isis?

The main specifications of the EC 100/4.6 NUCLEODUR C18 Isis are that the length is 100 mm, the internal diameter is 4.6 mm and the particle size is 3 µm. These are the main selection points to compare with the requirements of the laboratory task.

3. Is the EC 100/4.6 NUCLEODUR C18 Isis suitable for analytical HPLC separation?

Yes. The EC 100/4.6 NUCLEODUR C18 Isis is suitable for analytical HPLC separation. The product is designed specifically for that type of work when its stated format and operating characteristics match the laboratory requirement.

4. What pack size is the EC 100/4.6 NUCLEODUR C18 Isis supplied in?

The EC 100/4.6 NUCLEODUR C18 Isis is supplied in a pack of 1. This is useful when planning stock levels and routine laboratory consumption.