MOLECULAR SIEVE 5A

MOLECULAR SIEVE 5A Specification

Storage
Room Temperature

Purity
98%

Physical Form
Powder

Density
0.72 Gram per cubic meter (g/m3)

Molecular Formula
KN Na12-n[(AlO2)12(SiO2)12] xH2O

MOLECULAR SIEVE 5A Trade Information

Minimum Order Quantity
20 Tons, ,

FOB Port
india

Supply Ability
20 Tons, , Per Week

Delivery Time
1 Days

Sample Available
Yes

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
25 Kg Bag Packing & As Per Client's Requirement

Main Export Market(s)
Asia

Main Domestic Market
All India

About MOLECULAR SIEVE 5A

MOLECULAR 5A means that the pore size measures as 5 angstrom. Anything larger than 5 angstrom wont be able to be adsorbed. The sequence rate of adsorption is C3-C14, C2H5CL, C2H5Br, CH3L, C2H5NH2, CH2CL2CH2Br2, CHF2CL, CHF3, CF4, (CH3)NH2, B2H6CF2CL2, CHFCL2, and CF3C

High-Performance Adsorbent for Industrial Applications

Molecular Sieve 5A is engineered to deliver superior adsorption capabilities for various industrial separation and purification processes. Its 98% purity and tailored pore structure make it ideal for precise molecular separations, ensuring consistent results in gas drying, hydrocarbon separation, and more.

Powder Form for Versatile Uses

Available in a fine powder format, Molecular Sieve 5A guarantees uniform mixing and easy incorporation into different production lines. Its adaptable physical form suits applications requiring fast adsorption rates and effective moisture removal, ensuring operational flexibility.

FAQs of MOLECULAR SIEVE 5A:

Q: How is Molecular Sieve 5A typically used in industry?

A: Molecular Sieve 5A is primarily used for the separation of normal paraffins, removal of moisture, and purification of gases and liquids. Its pore size is optimal for adsorbing molecular species with smaller diameters, making it suitable for hydrocarbon refining, air purification, and drying of solvents.

Q: What are the main benefits of using a 98% pure Molecular Sieve 5A powder?

A: The high purity ensures exceptional adsorption efficiency, reducing contamination risk in critical processes. As a powder, it allows for faster adsorption kinetics and easy blending, resulting in improved performance and process flexibility.

Q: When should Molecular Sieve 5A be replaced in a process?

A: Replacement is recommended when adsorption efficiency noticeably drops or at intervals determined by operational demands and process monitoring. Frequency depends on factors such as contaminant load, flow rates, and operational hours.

Q: Where should I store Molecular Sieve 5A to maintain its quality?

A: Store the Molecular Sieve 5A in a dry, room-temperature environment. Ensure the packaging is tightly sealed and kept away from sources of moisture to maintain its adsorption efficiency and prevent degradation.

Q: What is the manufacturing process for Molecular Sieve 5A?

A: Molecular Sieve 5A is manufactured by synthesizing aluminosilicate compounds followed by ion-exchange with calcium and sodium. The resulting product is then activated and processed into powder to achieve the desired purity and adsorption properties.

Q: How does the molecular formula KN Na12-n[(AlO2)12(SiO2)12] xH2O enhance its function?

A: The molecular structure provides a uniform pore size, allowing selective adsorption of molecules. The presence of sodium and potassium ions ensures the optimal opening diameter, making it effective for industrial separations.

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