Nano-ADAMANT HPTLC precoated plates UV 254 thickness of layer 0.2 mm size 10x20 cm pack of 50

Get a Price/Quote

Nano-ADAMANT HPTLC precoated plates UV 254 thickness of layer 0.2 mm size 10x20 cm pack of 50 Specification

Shelf Life
Indefinite under proper storage conditions

Properties
Pre-coated with UV 254 standardized layer thickness of 0.2 mm compatible with HPTLC processes

Ingredients
Glass plate with silica gel coating containing fluorescent indicator UV 254

Application
High-Performance Thin Layer Chromatography (HPTLC) for analytical research and laboratory testing

Storage
Store in a cool dry place away from moisture and direct sunlight

Structural Formula
Not applicable (inorganic product)

Ph Level
Neutral

Appearance
Transparent or whitish solid plate with a smooth surface

Physical Form
Solid plate

Molecular Weight
Not applicable (inorganic product)

Solubility
Not soluble in water (Coated solid plate)

Molecular Formula
Not applicable (inorganic product)

HS Code
382200

Smell
Odorless

Poisonous
NO

Shape
Rectangular shape (10x20 cm)

Purity
Highly precise coating free from impurities affecting chromatography

Grade
Research grade

Taste
Neutral

Usage
Used for sample separation analysis and evaluation in chromatography processes

About Nano-ADAMANT HPTLC precoated plates UV 254 thickness of layer 0.2 mm size 10x20 cm pack of 50

Nano-ADAMANT HPTLC precoated plates UV 254 are designed for High-Performance Thin Layer Chromatography (HPTLC) applications, offering a standardized layer thickness of 0.2 mm and a size of 10x20 cm. Each pack contains 50 plates coated with silica gel containing a UV 254 fluorescent indicator. These transparent, solid plates are ideal for sample separation analysis in chromatography processes, ensuring high purity with precise coatings. The plates are not soluble in water, have a neutral pH level, and can be stored indefinitely under proper conditions. With a rectangular shape and a smooth surface, these plates are a reliable tool for analytical research and laboratory testing.