SILICIC ACID NARROW RANGE BELOW 325 MESH For Lipid Chromatography

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SILICIC ACID NARROW RANGE BELOW 325 MESH For Lipid Chromatography Specification

Melting Point
1700 C (approximate decomposes before melting)

Grade
Analytical Grade

Properties
Narrow particle size range below 325 mesh; high surface area; chemically inert

Molecular Weight
96.11 g/mol

Application
Used in lipid chromatography for separation and analysis of lipids

Shape
Amorphous

Smell
Odorless

Purity
99.8%

EINECS No
231-927-0

Structural Formula
H4SiO4

HS Code
28112200

Poisonous
NO

Ingredients
99.8% Silicic Acid trace impurities

Shelf Life
2 years under appropriate storage conditions

Ph Level
Neutral (approx. 7) when suspended in water

Appearance
White fine powder

Storage
Store in a cool dry place; avoid exposure to moisture

Refractive Rate
1.46 (approx.)

Physical Form
Powder

Taste
Odorless and tasteless

CAS No
7699-41-4

Usage
Specialized for analytical chromatography in lipid research pharmaceutical and biochemical applications

Solubility
Insoluble in water but soluble in strong acids and bases

Density
2.1 Gram per cubic centimeter(g/cm3)

Molecular Formula
H4SiO4

About SILICIC ACID NARROW RANGE BELOW 325 MESH For Lipid Chromatography

SILICIC ACID NARROW RANGE BELOW 325 MESH is a high-quality analytical grade powder designed specifically for lipid chromatography applications. This odorless and tasteless white fine powder boasts a narrow particle size range below 325 mesh, making it ideal for the separation and analysis of lipids in various research, pharmaceutical, and biochemical settings. With a purity of 99.8% and highly specialized properties, this product offers exceptional performance and reliability. Its amorphous shape, high surface area, and chemical inertness ensure accurate and efficient results, while its excellent solubility in strong acids and bases further enhances its versatility. Stored in a cool, dry place, this product has a shelf life of 2 years under suitable conditions, making it a valuable asset for laboratories and research facilities.