Well-designed Activated Carbon - Molecular Sieve JZ-404B – JIUZHOU
Well-designed Activated Carbon - Molecular Sieve JZ-404B – JIUZHOU Detail:
Description
JZ-404B is sodium aluminosilicate, It could absorb the molecular which diameter is not more than 4 angstroms.
Application
Used for the drying of pneumatic brake systems such as automobiles, heavy trucks, trains and ships.
Advantage: good chemical compatibility, high adsorption capacity, high crushing strength, low dust degree, low wear rate.
Specification
|
Properties |
Measure Unit | Spherical |
|
Diameter |
mm | 1.6-2.5 |
|
Static Water Adsorption |
≥wt % | 21 |
|
Methanol Adsorption |
≥wt % | 14 |
|
Bulk Density |
≥g/ml | 0.8 |
|
Crushing Strength |
≥N | 70 |
|
Wear Rate |
≤%wt | 0.1 |
|
Package Moisture |
≤%wt | 1.5 |
Package
500kg/jumbo bag
Attention
The product as desiccant cannot be exposed in the open air and should be stored in dry condition with air-proof package.
Product detail pictures:
Related Product Guide:
Our mission is usually to turn into an innovative provider of high-tech digital and communication devices by providing worth added design and style, world-class producing, and repair capabilities for Well-designed Activated Carbon - Molecular Sieve JZ-404B – JIUZHOU , The product will supply to all over the world, such as: Hungary, Sacramento, Mongolia, We hope we can establish long-term cooperation with all of the customers, and hope we can improve competitiveness and achieve the win-win situation together with the customers. We sincerely welcome the customers from all over the world to contact us for anything you need to have!Welcome all customers both at home and abroad to visit our factory. We hope to have win-win business relationships with you, and create a better tomorrow.
By Muriel from Armenia - 2018.09.29 13:24
The customer service staff is very patient and has a positive and progressive attitude to our interest, so that we can have a comprehensive understanding of the product and finally we reached an agreement, thanks!
By Sandra from Portland - 2018.11.28 16:25