MOLECULAR SIEVES 5A x 1.5 mm

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MOQ : 1 Gram

MOLECULAR SIEVES 5A x 1.5 mm Specification

Structural Formula
Framework based on Aluminosilicate with calcium ions

Density
0.64 Gram per cubic centimeter(g/cm3)

Other Names
Calcium Zeolite 5A Zeolite

Solubility
Insoluble in water and common solvents

Purity
99%

Smell
Odorless

Boiling point
(solid material)

HS Code
38249999

Poisonous
No

Storage
Keep in a cool dry place in airtight containers

Shape
Cylindrical bead

Molecular Formula
Ca4.5Al9Si27O72xH2O

Molecular Weight
Approximately 720 g/mol

Form
Solid

Ph Level
Neutral to slightly alkaline

Taste
Tasteless

Classification
Adsorbent

Chemical Name
Molecular Sieves 5A

CAS No
69912-79-4

EINECS No
Available upon request

Grade
Industrial Grade

Standard
ISO 9001 Certified

Type
Zeolite Molecular Sieve

Usage
Gas and liquid drying oxygen purification and separation of normal paraffins

Main Material
Synthetic Zeolite (Calcium Aluminosilicate)

Application
Petrochemical natural gas drying and air separation industries

About MOLECULAR SIEVES 5A x 1.5 mm

MOLECULAR SIEVES 5A x 1.5 mm are tasteless cylindrical beads classified as an industrial grade adsorbent. These solid zeolite molecular sieves are widely used in petrochemical, natural gas drying, air separation industries, and more. With a purity of 99%, they are non-toxic, odorless, and insoluble in water and common solvents. Their applications include gas and liquid drying, oxygen purification, and separation of normal paraffins. This product conforms to ISO 9001 standards and is known by other names such as Calcium Zeolite 5A Zeolite. The molecular formula Ca4.5Al9Si27O72xH2O showcases their structural composition based on Aluminosilicate with calcium ions, offering a neutral to slightly alkaline pH level.

FAQs of MOLECULAR SIEVES 5A x 1.5 mm:

Q: What are the main applications of MOLECULAR SIEVES 5A x 1.5 mm?

A: This product is commonly used for gas and liquid drying, oxygen purification, and separation of normal paraffins in industries such as petrochemical, natural gas drying, and air separation.