null
Academic & Research teams save 10%Academics save 10%  ·  universities, colleges & research institutions Apply Now

Carbon Chemistry Molecular Sieve Beads 4A - 2kg, 9kg, 20kg & 149.5kg

$200.00

Carbon Chemistry Molecular Sieve Beads 4A - 2kg, 9kg, 20kg & 149.5kg

Certificates of Analysis

Request a Document

TELL US WHAT YOU NEED • USUALLY SAME BUSINESS DAY

Loading form…

Ask a Question

PRODUCT & TECHNICAL QUESTIONS • USUALLY SAME BUSINESS DAY

Loading form…

Request Quote
In Stock & Ready To Ship!
Current Stock:Only left:
Frequently Bought Together:

You can use this widget to input arbitrary HTML code into the page. Invalid HTML code may cause issues with the preview pane.

You can use this widget to input arbitrary HTML code into the page. Invalid HTML code may cause issues with the preview pane.

You can use this widget to input arbitrary HTML code into the page. Invalid HTML code may cause issues with the preview pane.

Trust Guard Security Scanned

You can use this widget to input arbitrary HTML code into the page. Invalid HTML code may cause issues with the preview pane.

Description

Carbon Chemistry Molecular Sieve Beads 4A - 2kg, 9kg, 20kg & 149.5kg

Carbon Chemistry Molecular Sieve Beads 4A are designed for refining liquids and oils using a pore size of roughly 4Å. Their molecular sieve structure provides adsorptive capacity for compounds including CO2, H2O, H2S, and chlorine compounds when the beads are properly dried and activated before use.

These molecular sieve beads can be added to a boiling flask to help keep oil and adsorbent material from sticking to glassware while the system cools completely. Their ability to capture certain chlorine compounds also provides pesticide remediation capacity for applicable refining workflows.

The Carbon Chemistry Molecular Sieve Beads 4A are supplied in an 8x12 mesh size and are available in 2kg, 9kg, 20kg, and 149.5kg quantities. The beads should be dried and activated for every use to provide their intended adsorption performance.

4Å Pore Size 8x12 Mesh Liquid & Oil Refining 2kg–149.5kg
4Å Pore Structure: Roughly 4Å pore size — supports adsorption of moisture and other compounds during refining applications.
Multi-Compound Adsorption: Captures CO2, H2O, H2S and chlorine compounds — supports applicable liquid and oil refining workflows.
Multiple Package Sizes: Available from 2kg to 149.5kg — provides flexible quantities for different refining requirements.

Why buy from USA Lab

Expert Support
Expert Support
Engineers & technicians on staff.
Quality First
Quality First
Tested and trusted products.
Fast Fulfillment
Fast Fulfillment
Nationwide 1-2 day shipping.
Warranty & Parts
Warranty & Parts
US-based service & spares.

Why this Carbon Chemistry 4A Molecular Sieve Beads?

  • Roughly 4Å pore structure — provides the molecular sieve structure used for adsorption in liquid and oil refining applications.
  • Broad adsorption capability — can co-absorb CO2, H2O, H2S and chlorine compounds when properly activated.
  • Refining support — designed for applicable liquid and oil refining workflows.
  • Pesticide remediation capacity — chlorine compound capture provides an additional capability for applicable remediation processes.
  • Flexible quantities — available in 2kg, 9kg, 20kg and 149.5kg package sizes for different processing requirements.

Talk to an expert

Get product guidance, application support, and compatibility information for your refining workflow.

Call 734-855-4890

Technical Specifications

Specification Details
Product Name Carbon Chemistry Molecular Sieve Beads 4A
Brand Carbon Chemistry
Product Type Molecular Sieve Beads
Molecular Sieve Type 4A
Pore Size Roughly 4Å
Mesh Size 8x12
Formula Na86[(AIO2)86(SiO2)106] • nH2O
Primary Application Liquid and Oil Refining
Adsorption Compound 1 CO2
Adsorption Compound 2 H2O
Adsorption Compound 3 H2S
Adsorption Compound 4 Chlorine Compounds
Activation Requirement Dry and activate before every use
Refining Function Adsorption During Liquid and Oil Refining
Boiling Flask Use Can be added to boiling flask during applicable refining workflows
Glassware Benefit Helps keep oil and adsorbent from sticking to glassware while cooling
Remediation Capability Chlorine Compound Capture for Applicable Pesticide Remediation
Available Package 1 2kg
Available Package Sizes 9kg, 20kg, and 149.5kg

Business Solutions & Procurement

Programs & Terms

Exclusive options for businesses and academics.

Documentation & Compliance

Keep purchasing streamlined and compliant.

Custom Solutions

Tailored equipment and integration help.

Talk to Sales

We’ll help identify the right molecular sieve configuration for your refining workflow.

FAQ

What are Carbon Chemistry Molecular Sieve Beads 4A used for?

Carbon Chemistry Molecular Sieve Beads 4A are designed for refining liquids and oils. Their roughly 4Å pore structure provides adsorption capacity for compounds including CO2, H2O, H2S and chlorine compounds when properly dried and activated.

What is the pore size and mesh size of the Carbon Chemistry Molecular Sieve Beads 4A?

The Carbon Chemistry Molecular Sieve Beads 4A have a pore size of roughly 4Å and are supplied in an 8x12 mesh size.

Do the Carbon Chemistry Molecular Sieve Beads 4A need to be activated before use?

Yes. The molecular sieve beads need to be dried and activated for every use to provide their intended adsorption capability.

What package sizes are available for the Carbon Chemistry Molecular Sieve Beads 4A?

The Carbon Chemistry Molecular Sieve Beads 4A are available in 2kg, 9kg, 20kg and 149.5kg quantities to support different refining and processing requirements.

Important Shipping Notice!

DISCLAIMER:

All items are carefully packaged to ensure safe delivery. In the rare event that your item arrives damaged, please notify us within 3 days of receipt. We will promptly provide a replacement or issue a refund.

Please note that any damage occurring after delivery is not covered under warranty. We appreciate your understanding and your trust in our products.

Need Support?

We’ll get you answers fast.

Call 734-855-4890
×

Email Sales & Support

We usually reply same business day.

 
×

Technical Support

Share details and our techs will follow up.

 
×

Request a Quote

Tell us what you need and we’ll respond quickly.