Silica gel P UV254 pack of 5 kg in plastic container

Get a Price/Quote

Silica gel P UV254 pack of 5 kg in plastic container Specification

Molecular Weight
Varies depending on hydration level

EINECS No
231-545-4

Shape
Irregular granules or spherical beads

Shelf Life
Stable under recommended conditions; typically over 1 year

Smell
Odorless

Structural Formula
SiO2 framework with varying hydration levels

Usage
For laboratory and industrial chromatographic processes specifically UV applications

Ingredients
Amorphous silica (SiO2) with varying amounts of water

Properties
High surface area microporous structure UV254 detection capability

Solubility
Insoluble in water and most organic solvents

Grade
Analytical grade or industrial grade depending on specification

Application
Used as an adsorbent for chromatography or drying purifying and separating materials; UV254 detection utility

Melting Point
Does not have a sharp melting point; decomposes at high temperature

Poisonous
NO

Purity
High purity typically >99% silica

CAS No
63231-67-4

Appearance
White to slightly translucent granules or beads

Molecular Formula
SiO2·nH2O

Ph Level
Approximately 6.0-7.5

Taste
Tasteless

Density
0.7 Gram per cubic centimeter(g/cm3)

Physical Form
Granular or beads

HS Code
281122

Storage
Store tightly sealed in a cool dry place away from moisture

About Silica gel P UV254 pack of 5 kg in plastic container

Silica gel P UV254 is a high-purity adsorbent commonly used in chromatography processes for drying, purifying, and separating materials. With a molecular formula of SiO2nH2O and a molecular weight that varies based on hydration levels, this product is designed as an analytical or industrial-grade option. It presents in irregular granules or spherical beads, appearing as white to slightly translucent in color. Offering a UV254 detection capability, this tasteless and odorless gel boasts a high surface area microporous structure. Resistant to solubility in water and organic solvents, it is stored in a cool, dry place to maintain stability, typically lasting over a year.