Lithium Molecular Sieve TROX-100

The TROX100 high-efficiency oxygen producing molecularsieve series is a lithium X type aluminosilicate cristal, which is an advanced oxygen-producing molecularsieve. Useful in the following industries: Steel, Non-ferrous Metalurgicy, Chemical Industry.

Description of Lithium Molecular Sieve  TROX-100：

Pore size distribution: Lithium molecular sieve TROX-100 has a wide pore size distribution and can adsorb and separate molecules of different sizes. Its aperture size can be adjusted as needed to meet the needs of different applications.

Adsorption performance: Lithium molecular sieve TROX-100 has excellent adsorption performance and can adsorb and separate different kinds of gases and liquids. Its adsorption capacity and selectivity can be adjusted as needed to meet the needs of different applications.

Thermal stability: Lithium molecular sieve TROX-100 has good thermal stability, keeping its structure and performance stable at high temperatures. This makes it a broad application prospect in high-temperature applications.

Corrosion resistance: Lithium molecular sieve TROX-100 has good corrosion resistance and can maintain its structure and performance stability in different chemical media. 

Technical Parameter  Lithium Molecular Sieve  TROX-100  S  The eries

Type of the item

Applications  Lithium Molecular Sieve  TROX-100 The series：

Gas separation field

Lithium molecular sieve TROX-100 has been widely used in the gas separation field. Due to its excellent adsorption properties and wide pore size distribution, it can effectively separate different components in a gas mixture in industrial production for the separation of rare gases such as oxygen and nitrogen in the air or the separation of harmful gases in industrial waste gas, lithium molecular sieve TROX-100 can be used as an adsorbent. In addition, in natural gas, petrochemical and other fields, lithium molecular sieve TROX-100 is often used to improve gas purity and separation efficiency.

Fuel cell field molecular sieve TROX-100 also has essential applications in fuel cells. In fuel cells, lithium molecular sieve TROX-100 can be used as a catalyst and adsorbent to improve fuel cells' energy density and stability. It can promote the reaction of hydrogen and oxygen in the fuel cell, improving the output power and efficiency of the battery. At the same time, the lithium molecular sieve TROX-100 can also be used as an adsorbent to remove harmful substances produced in the fuel cell and maintain the stable operation of the battery.

Chemical industry

The lithium molecular sieve TROX-100 can be used as a catalyst, adsorbent or additive to promote chemical reactions in the chemical industry. It can synthesize organic compounds, prepare high-purity gases, remove impurities in liquids, etc. In addition, in the petrochemical industry, lithium molecular sieve TROX-100 can also be used for selective catalytic cracking of hydrocarbons to improve the yield of light olefin.

Nanotechnology

In nanotechnology, the lithium molecular sieve TROX-100 can be used as a template agent for synthesizing nanomaterials with specific morphology and structure. It can also be a carrier material for preparing nanocatalysts and nanomedicines. By controlling the pore size and morphology of lithium molecular sieve TROX-100, nanomaterials with excellent properties can be prepared, which provides strong support for the development of nanotechnology.

Production Method Lithium Molecular Sieve  TROX-100 The series：

Raw material preparation

These raw materials must undergo rigorous screening and treatment to ensure their purity and chemical properties meet production requirements. In addition, it is necessary to use specific catalysts and additives to promote the chemical reaction and improve the product's performance.

Synthetic reaction

The synthesis reaction is a critical step in the production process of lithium molecular sieve TROX-100. In this step, sodium silicate, sodium hydroxide, and aluminum hydroxide are mixed according to a particular proportion, and an appropriate amount of water and catalyst are added. The reaction is then carried out at a specific temperature and pressure. This reaction is a complex chemical process that involves the breaking and formation of multiple chemical bonds. After the reaction, the precursor of the lithium molecular sieve can be obtained.

Crystallization process

The crystallization process is critical in converting the precursor to lithium molecular sieve TROX-100. The precursor must be crystallized under certain temperatures and conditions to form lithium molecular sieve crystals with specific structures and properties. In the crystallization process, parameters such as temperature, pressure and time need to be controlled to ensure the quality and purity of the crystal.

Post-processing

Post-treatment is an integral part of the production process, including washing, drying, screening and other steps. Through post-treatment, impurities and moisture in the product can be removed, and the purity and stability of the product can be improved. 

Packaging and storage

Finally, the produced lithium molecular sieve TROX-100 was packaged and stored. Packaging materials with good sealing, moisture-proof and shock-proof materials should be selected to ensure product quality and safety. The storage environment should be kept dry and well-ventilated, avoiding direct sunlight and high temperature.

Packaging  Lithium Molecular Sieve  TROX-100  S  The eries

55 gallon sealed steel drum with aluminum foil bag. Weight net 125 kg
Ten gallon sealed steel drum, lined in aluminum foil bag. Net weight 25 kg

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