Macherey-Nagel DC Glass Plates Silgur-25, 20 x 20 cm Layer Thickness 0, 25 µm VE=25

The Macherey-Nagel DC Glass Plates Silgur-25, 20x20 cm, Layer Thickness 0.25 µm, VE=25 are designed for thin layer chromatography applications requiring glass plates with silica 60 and a kieselguhr zone for rapid sample application. The kieselguhr zone supports sample concentration at the interface of the two adsorbents before separation takes place in the silica layer.

Key Features:

• Brand: Macherey-Nagel
• Product Type: DC glass plates
• Model: Silgur-25
• Plate Size: 20x20 cm
• Layer Thickness: 0.25 µm
• Adsorbent: Silica 60
• Specific Surface: BET approximately 500 m²/g
• Mean Pore Size: 60 Å
• Specific Pore Volume: 0.75 mL/g
• Kieselguhr Zone: For rapid sample application
• Availability: Glass plates with or without fluorescent indicator UV254
• Pack Size: VE=25

These Macherey-Nagel DC glass plates are suitable for laboratories requiring silica 60 glass plates with kieselguhr zone support for rapid sample application and TLC separation.

Frequently Asked Questions

1. What is the Macherey-Nagel DC Glass Plates Silgur-25, 20x20 cm, Layer Thickness 0.25 µm, VE=25 used for?

The Silgur-25 is designed for the intended laboratory application. This dc glass plates format supports routine laboratory work in that application.

2. What are the main specifications of the Silgur-25?

The main specifications of the Silgur-25 are that the plate size is 20x20 cm, the layer thickness is 0.25 µm and the adsorbent is Silica 60. These are the main selection points to compare with the requirements of the laboratory task.

3. Is the Silgur-25 suitable for the intended laboratory application?

Yes. The Silgur-25 is suitable for the intended laboratory application. 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 Silgur-25 supplied in?

The Silgur-25 is supplied as VE=25. This is useful when planning stock levels and routine laboratory consumption.