Hahnemühle Chromatography Paper 2043A, 580x600 mm Analytical, Fast, 90 g/sqm, Sheets, Pack of 100

The Hahnemühle Chromatography Paper 2043A, 580x600 mm Analytical, Fast, 90 g/sqm, Sheets, Pack of 100, is specifically designed for high-performance chromatography applications. This analytical paper is ideal for both qualitative and quantitative analysis, offering fast separation times and consistent results. With a smooth surface and optimal porosity, it ensures reliable and efficient chromatographic processes.

Key Features:

• Brand: Hahnemühle
• Model: 2043A, Analytical Fast Chromatography Paper
• Dimensions: 580x600 mm
• Weight: 90 g/sqm
• Application: Ideal for analytical chromatography, offering fast separation and high consistency
• Packaging: Pack of 100 sheets

Hahnemühle's Chromatography Paper 2043A ensures high-quality, precise, and reproducible results for demanding chromatography applications in laboratories.

Frequently Asked Questions

1. What is the Hahnemühle Chromatography Paper 2043A, 580x600 mm Analytical, Fast, 90 g/sqm, Sheets, Pack of 100 used for?

It is specifically designed for high-performance chromatography applications. This analytical paper is ideal for both qualitative and quantitative analysis, offering fast separation times and consistent results. With a smooth surface and optimal porosity, it ensures reliable and efficient chromatographic processes.

2. Is this product suitable for analytical chromatography, offering fast separation and high consistency?

Yes. It is designed for analytical chromatography, offering fast separation and high consistency, and offers dimensions of 580x600 mm and a weight of 90 g/sqm to support this kind of work.

3. What dimensions and weight does this product have?

It has dimensions of 580x600 mm and a weight of 90 g/sqm.

4. What features does this product offer?

It offers the following key features: made from pure linters with an α-cellulose content of > 98%, high-performance resolution and wet strength, the fibres are oriented in predominantly one direction and thicker papers allow higher sample volumes.