Macherey-Nagel TLC Precoated Plates Sil G-100 UV 254, Size 20x20 cm, Pack of 15

The Macherey-Nagel TLC Precoated Plates Sil G-100 UV 254 are designed for high-quality thin-layer chromatography (TLC) applications. With a size of 20x20 cm and UV 254 detection, these plates ensure precise separation and excellent reproducibility. They are precoated with Sil G-100, offering superior performance in various chromatographic techniques. Supplied in a pack of 15, these TLC plates are ideal for laboratories involved in chemical and biochemical analysis.

Key Features:

• Brand: Macherey-Nagel
• Size: 20x20 cm
• Material: Sil G-100 precoated for optimal TLC performance
• UV Detection: UV 254 for accurate analysis
• Packaging: Pack of 15 plates
• Application: Ideal for thin-layer chromatography in chemical and biochemical research

These TLC plates provide excellent separation and reproducibility, making them an essential tool for chromatographic work in laboratory research and analysis.

Frequently Asked Questions

1. What is the Macherey-Nagel TLC Precoated Plates Sil G-100 UV 254, Size 20x20 cm, Pack of 15 used for?

It are designed for high-quality thin-layer chromatography (TLC) applications. With a size of 20x20 cm and UV 254 detection, these plates ensure precise separation and excellent reproducibility. They are precoated with Sil G-100, offering superior performance in various chromatographic techniques. Supplied in a pack of 15, these TLC plates are ideal for laboratories involved in chemical and biochemical analysis.

2. Is this product suitable for thin-layer chromatography in chemical and biochemical research?

Yes. It is designed for thin-layer chromatography in chemical and biochemical research, and offers a size of 20x20 cm to support this kind of work.

3. What size does this product have?

It has a size of 20x20 cm.

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

It is made from sil G-100 precoated for optimal TLC performance. It also offers UV 254 for accurate analysis, silica 60 and specific surface (BET) ~500 m²/g.