Oxygen Molecular Sieve TRPM

The TRPM Series molecular sieve manufactured by LUOYANG TONGRUN INFO TECHNOLOGY LTD. is a sodium aluminosilicate crystal with a well-developed channel structure. Crystal channel diameter is 0.9nm.

About  Oxygen Molecular Sieve  TRPM：

Chemical properties:

Oxygen molecular sieve TRPM is a crystal structure composed of silicate, aluminate and other compounds. Its chemical stability is high, and reacting with acids, bases, salts and other substances is not easy. Therefore, oxygen molecular sieve TRPM can maintain the stability of its structure and properties under extreme conditions such as high temperature and high pressure.

Physical properties:

Oxygen molecular sieve TRPM has a high specific surface area and pore volume, which makes it have excellent adsorption properties. At the same time, the pore size in its crystal structure is moderate, which can effectively adsorb and separate the components in the gas and liquid mixture. In addition, the oxygen molecular sieve TRPM has a lower density, better mobility, and is easy to transport and use.

Adsorption properties:

Oxygen molecular sieve TRPM has excellent adsorption properties and can absorb small molecules such as water, carbon dioxide and nitrogen. Its adsorption capacity depends mainly on its pore size and specific surface area. Due to its moderate pore size, it can adsorb both larger and smaller molecules. In addition, oxygen molecular sieve TRPM has good selective adsorption properties, which can be used to separate and purify components in gas and liquid mixtures.

High-temperature resistance:

Oxygen molecular sieve TRPM has good high-temperature resistance and properties under high-temperature conditions. This makes it suitable for application under various high-temperature conditions in industrial production.

tomers have different needs.

Technical Parameter of Oxygen MolecularSieve TRPM

Type of the item

Applications of Oxygen Molecular Sieve  TRPM：

Industrial gas separation:

Oxygen molecular sieve TRPM has excellent adsorption properties and can be used for industrial gas separation. In industrial production, many gas mixtures, such as nitrogen, oxygen, hydrogen, etc., must be separated and purified before they can be used. Oxygen molecular sieve TRPM, as an adsorbent, can effectively adsorb the components in the mixture and separate and purify them. At the same time, it also has good selective adsorption performance and can selectively adsorb target components. Therefore, the oxygen molecular sieve TRPM has a broad application prospect in industrial gas separation.

Petrochemical industry:

Oxygen molecular sieve TRPM also has essential applications in the petrochemical industry. In the petrochemical industry, many reactions must be carried out under high temperatures and high-pressure conditions, and an oxygen molecular sieve TRPM can be used as a catalyst, effectively improving the reaction rate and selectivity and reducing side reactions. At the same time, it has good corrosion resistance and stability and can adapt to various reaction conditions. Therefore, the oxygen molecular sieve TRPM has a broad application in the petrochemical industry.

Environmental protection:

In environmental protection, many waste gases, such as sulfur dioxide and nitrogen oxides, need to be treated before they can be discharged into the air. Oxygen molecular sieve TRPM can be used as an adsorbent to effectively adsorb these harmful gases and convert them into harmless substances. At the same time, it also has good selective adsorption performance and can selectively adsorb target components. 

Medical field:

Oxygen molecular sieve TRPM also has essential applications in the medical field. In the medical field, many drugs need to be stored and transported before they can be used, and the oxygen molecular sieve TRPM can act as a desiccant, effectively removing moisture and other impurities from the air and maintaining the stability and effectiveness of drugs. At the same time, it has good corrosion resistance and stability and can adapt to various drug storage and transportation conditions. Therefore, the oxygen molecular sieve TRPM has a broad application prospect in medicine.

Production Method of Oxygen Molecular Sieve  TRPM：

Raw material preparation

Preparing the required raw materials is the first step in producing an oxygen molecular sieve TRPM. These raw materials mainly include compounds such as silicates and aluminates and additives used to regulate crystal structure and properties. When selecting raw materials, it is necessary to ensure that their purity and quality meet the requirements because the quality of raw materials directly affects the quality of the final product.

Ingredients and mixing

To improve the mixing effect and efficiency, the mixing method can be selected by mechanical mixing, ball milling, etc.

Molding and drying

The mixed raw materials are formed, such as pressing, extrusion, etc., to obtain a specific shape and size of the body. After forming, it must be dried to remove water from the body. The drying temperature and time need to be controlled according to the product's requirements to ensure the product's quality and performance.

Crystallization treatment

After drying, the billet undergoes crystallization treatment to promote the formation of oxygen molecular sieve TRPM crystals. The method of crystallization treatment can be selected by hydrothermal synthesis or crystal seed. In hydrothermal synthesis, the body is treated under high temperatures and high pressure to promote the formation and growth of crystals. In the seed method, it is necessary to prepare the seed and then use it as a seed to react at a lower temperature to produce oxygen molecular sieve TRPM crystals. Both methods can obtain high-purity oxygen molecular sieve TRPM.

Washing and filtration

After crystallization, the product must be washed and filtered to remove impurities and unreacted raw materials. Washing and filtration methods, such as water washing, pickling, etc., can be selected to ensure the purity and quality of the product. The washed and filtered product needs to be dried to remove its moisture.

Screening and packaging

The dried product needs to be sieved to obtain oxygen molecular sieve TRPM with different particle sizes. The screening method can choose a vibrating screen, airflow screen, etc., to ensure that the particle size distribution of the product meets the requirements. After the screening, packaging is required to prevent moisture and contamination of the product. 

Packaging of Oxygen Molecular Sive TRPM

25kg cardboard, lined in PE bag
55kg Gallon Steel Drum
Packaging customized according to the customer's requirements

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