Carbon Molecular Sieve

Carbon Molecular Sieve Specification

Power Consumption
Low Power Consumption

Temperature
Normal Temperature

Power
220 W

Heat Source
Electricity

Material
Carbon

Voltage
220 V

Technology
Advanced Adsorption

Dimension (L*W*H)
650 x 430 x 430 mm

Form
Pellet

Color
Black

Usage
Nitrogen Gas Generation, PSA Nitrogen Generator

Purity
High

Grade
Industrial Grade

Bulk Density
630-660 g/L

Packing
Drum, Bag

Type
Carbon Molecular Sieve

Cumulative Nitrogen Yield (Within 60 Seconds)
>240 ml/g

Carbon Molecular Sieve Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
30 Units Per Year

Delivery Time
6 Week

About Carbon Molecular Sieve

Carbon Molecular Sieve

Carbon Molecular Sieves we deal in make an important impact on the separation processes. These have applications as the catalysts and enable the preparation, gas separations and property characterization in a very well way. The sieving operation of these filtration solutions have several catalytic properties. Carbon Molecular Sieves are proffered with excellent functionality and high durability. Grain diameter of the sieve is 1.7-2.0 mm and bulk density is 630-660 g/l.

Product details

Adsorption Cycle	2*60 S
Bulk Density	630-660 g/l
Packaging Type	SEALED DRUM
Color	GREYBLACK
Purity	99%
Grain Diameter	1.7-2.0 mm

Superior Nitrogen Production Efficiency

Our Carbon Molecular Sieve delivers exceptional nitrogen output, with cumulative yields exceeding 240 ml/g within 60 seconds. This high performance makes it ideal for PSA nitrogen generators, ensuring quick and reliable nitrogen supply for industrial applications.

Advanced Adsorption Technology

Utilizing cutting-edge adsorption technology, this CMS operates efficiently at normal temperatures. Its reliable material composition and pellet form provide optimal surface area, leading to consistent results and maximizing operational efficiency in nitrogen gas production.

Versatile Industrial Applications

This product is suitable for various industries including chemical, pharmaceutical, food packaging, and electronics, where high-purity nitrogen is essential. Available in secure drum or bag packaging, its distributed by trusted manufacturers and suppliers across India, guaranteeing prompt and safe delivery.

FAQs of Carbon Molecular Sieve:

Q: How does Carbon Molecular Sieve enhance nitrogen gas generation in PSA systems?

A: Carbon Molecular Sieve selectively adsorbs oxygen molecules from compressed air, allowing nitrogen to pass through. Its high cumulative nitrogen yield and advanced adsorption ensure efficient and rapid nitrogen production in PSA nitrogen generators.

Q: What is the typical usage process for this Carbon Molecular Sieve?

A: The CMS is loaded into PSA nitrogen generators, where pressurized air is introduced. The sieve adsorbs oxygen while permitting nitrogen flow, delivering high-purity nitrogen suitable for numerous industrial processes.

Q: When should the Carbon Molecular Sieve be replaced in a PSA nitrogen generator?

A: Replacement intervals depend on usage and operational conditions. Generally, CMS should be replaced when the nitrogen purity drops or the systems nitrogen output decreases, ensuring optimal generator performance.

Q: Where can this Carbon Molecular Sieve be sourced in India?

A: It is available through authorized distributors, exporters, manufacturers, suppliers, and traders throughout India. Customers can obtain it packaged in drums or bags, ensuring proper and secure delivery.

Q: What are the benefits of using a high-purity, industrial-grade Carbon Molecular Sieve?

A: High-purity CMS ensures consistent nitrogen quality, high efficiency, and reliability. Its robust performance supports critical applications where pure nitrogen is essential, minimizing operational downtime.

Q: How does the low power consumption of this CMS benefit industrial operations?

A: Operating on just 220 W at 220 V, the CMS contributes to reduced energy costs and supports environmentally responsible practices, making it a cost-effective solution for ongoing nitrogen generation needs.