Macherey-Nagel Nano-ADAMANT HPTLC Precoated Plates UV 254 Thickness of Layer: 0.2 mm, Size: 10 x 10 cm, Pack of 25

The Macherey Nano-ADAMANT HPTLC Precoated Plates UV 254, Layer Thickness 0.2mm, Size 10x10cm, Pack Of 25 are designed for high-performance thin layer chromatography and trace analysis workflows. These glass plates feature nano silica 60 with UV 254 indicator, supporting efficient separations, low-noise background, and reliable detection sensitivity.

Key Features:

• Brand: Macherey
• Plate Type: Nano-ADAMANT HPTLC precoated plates
• Material: Glass plates
• Indicator: UV 254
• Layer Thickness: 0.2mm
• Size: 10x10cm
• Sorbent: Nano silica 60
• Specific Surface: BET ~500m²/g
• Mean Pore Size: 60Å
• Specific Pore Volume: 0.75mL/g
• Particle Size: 2 to 10µm
• Packaging: Pack of 25

These Macherey HPTLC plates are suitable for laboratories requiring compact precoated plates with strong hardness, abrasion resistance, and consistent performance for precise chromatography analysis.

Frequently Asked Questions

1. What is the Macherey Nano-ADAMANT HPTLC Precoated Plates UV 254, Layer Thickness 0.2mm, Size 10x10cm, Pack Of 25 used for?

The UV 254 is designed for the intended laboratory application. The stated format and features make the product suitable for routine laboratory work within that application.

2. What are the main specifications of the UV 254?

The main specifications of the UV 254 are that the size is 10x10cm, the particle size is 2 to 10µm and the material is Glass plates. These are the main selection points to compare with the requirements of the laboratory task.

3. Is the UV 254 suitable for the intended laboratory application?

Yes. The UV 254 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 UV 254 supplied in?

The UV 254 is supplied in a pack of 25. This is useful when planning stock levels and routine laboratory consumption.