• Three Dimensional Pore Structure Ts-1 Molecular Sieve Titanium Silicon
  • Three Dimensional Pore Structure Ts-1 Molecular Sieve Titanium Silicon
  • Three Dimensional Pore Structure Ts-1 Molecular Sieve Titanium Silicon
  • Three Dimensional Pore Structure Ts-1 Molecular Sieve Titanium Silicon
  • Three Dimensional Pore Structure Ts-1 Molecular Sieve Titanium Silicon
  • Three Dimensional Pore Structure Ts-1 Molecular Sieve Titanium Silicon

Three Dimensional Pore Structure Ts-1 Molecular Sieve Titanium Silicon

CAS No.: 63231-69-6
Formula: 0.4K2o 0.6na2o Al2O3 2.0sio2 4.5H2O
EINECS: 613-189-5
Material: Silicoaluminate Compounds
Structure Feature: Floating Ball Filler
Type: Structured Packing
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  • Overview
  • Product Description
  • Specification
  • Detailed Photos
  • Application
  • Packaging & Shipping
  • Company Profile
  • FAQ
Overview

Basic Info.

Model NO.
3A 4A 5A 13X HP
Usage
Chemical Engineering, Chemical Industry Product, Sewage Treatment
Effect
Desiccant & Sorbent
Source
Particle
Store
Kept in a Light-Proof, Well-Closed, Dry and Cool P
Quality Guarantee Period
Two Years
Sample
Availiable
Package
Steel Drum for Seafreight
Trading
Support for One-Stop Purchasing
Sorbent
Molecular Sieves
Transport Package
25kg/Bag
Specification
Aluminosilicate Crystal
Trademark
YH
Origin
China
HS Code
2842100000
Production Capacity
50000tons/Month

Product Description

Product Description

Three Dimensional Pore Structure Ts-1 Molecular Sieve Titanium Silicon
Molecular sieve is a kind of aluminosilicate compound with cubic lattice. It mainly consists of aluminosilicate connected by oxygen bridge to form an empty skeleton structure. In the structure, there are many uniform pore channels and well-arranged holes with large inner surface area. In addition, it contains metal ions with lower electricity price and larger radius of ions and hydrated water. Because the water molecule loses continuously after heating, but the crystal skeleton structure remains unchanged, many cavities of the same size are formed, and the cavities are connected by many micro-holes of the same diameter. These micro-holes are uniform in diameter and can absorb molecules smaller than the diameter of the channel into the inside of the hole, while larger molecules than the channel. Because of exclusion, molecules with different shapes and diameters, polarity, boiling point and saturation can be separated, which is called molecular sieve.
 
 

Specification

Specification Unit Parameter
Bead size( mm ) mm 0.5-0.9
H2O adsorption capacity(10%RH/25ºC)              %Wt ≥ 16
Bulk Density      kg/l 0.76-0.84
Attrition loss                 %Wt ≤ 0.2
Dust                      PPm ≤ 50
Bead degree %Wt ≥ 98
Temperature rise(50g:50g)             ºC ≥ 35
LOI(900ºC/1h)               %Wt ≤ 2.0
Three Dimensional Pore Structure Ts-1 Molecular Sieve Titanium Silicon

Detailed Photos

Three Dimensional Pore Structure Ts-1 Molecular Sieve Titanium Silicon
Three Dimensional Pore Structure Ts-1 Molecular Sieve Titanium Silicon
Three Dimensional Pore Structure Ts-1 Molecular Sieve Titanium Silicon
Three Dimensional Pore Structure Ts-1 Molecular Sieve Titanium Silicon
 
Three Dimensional Pore Structure Ts-1 Molecular Sieve Titanium Silicon
Three Dimensional Pore Structure Ts-1 Molecular Sieve Titanium Silicon
Three Dimensional Pore Structure Ts-1 Molecular Sieve Titanium Silicon
Three Dimensional Pore Structure Ts-1 Molecular Sieve Titanium Silicon

 

Three Dimensional Pore Structure Ts-1 Molecular Sieve Titanium Silicon
Three Dimensional Pore Structure Ts-1 Molecular Sieve Titanium Silicon
  

Application

 

  • Typical Application

    Dehydration of many kinds of liquids (say Ethanol).
    Dehydration of air.
    Dehydration of Refrigerant.
    Dehydration of cracked gas, ethylene, ethyne, or butadiene

     


    Type 3A molecular Sieve is recommended for drying unsaturated hydrocarbons and highly polar compounds such as ethanol. The 3A structure is particularly effective in dehydrating the inner space of insulating glass windows as well as refrigerant gases.
     
     

     
Three Dimensional Pore Structure Ts-1 Molecular Sieve Titanium Silicon
 

Packaging & Shipping

Three Dimensional Pore Structure Ts-1 Molecular Sieve Titanium Silicon
Three Dimensional Pore Structure Ts-1 Molecular Sieve Titanium Silicon
Three Dimensional Pore Structure Ts-1 Molecular Sieve Titanium Silicon

 

Three Dimensional Pore Structure Ts-1 Molecular Sieve Titanium Silicon
Three Dimensional Pore Structure Ts-1 Molecular Sieve Titanium Silicon

Company Profile

 

Three Dimensional Pore Structure Ts-1 Molecular Sieve Titanium Silicon
HeBei YaHeng Import and Export Trading CO.,LTD.located in Shijiazhuang City, Hebei Province, China, is a limited company specializing in the production and export of titanium dioxide and cellulose. Our company has many years of export experience and professional logistics distribution in this industry. Our products are strictly in accordance with international industry standards, with excellent quality, and good market reputation. In recent years, our company has expanded to multiple countries and regions, and has received customer satisfaction and praise. We are committed to providing our customers with high-quality products, competitive prices, and high-quality services.

FAQ

Three Dimensional Pore Structure Ts-1 Molecular Sieve Titanium Silicon





 

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