- Shangxian West Road, Xinsanban Industrial Park, Pingxiang Economic And Technological Development Zone, Pingxiang City, Jiangxi Province, China
- export@xt988.com
- +86-799-6611966
- export@xt988.com
- +86-799-6611966
Molecular Sieve 13X APG, like sodium zeolite 13X, has much larger pores than type A crystals and has an internal adsorption channel of 10 angstroms (1nm), which makes it have a higher adsorption capacity and an improved adsorption rate. Type 13X can remove large molecules that type A zeolite cannot adsorb. Xintao’s 13X-APG molecular sieve is particularly used to separate N2 from O2 in cryogenic air separation gas purification devices.
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut elit tellus, luctus nec ullamcorper mattis, pulvinar dapibus leo.
Xintao 13X-APG molecular sieve meets the special requirements of the cryogenic air separation industry. It can also be used in the drying of pharmaceutical and air compression systems, deep drying of hydrogen in water electrolysis hydrogen production, and other fields.
Cryogenic separation technology refers to the separation of mixed air into pure gases such as oxygen and nitrogen in cryogenic air separation unites. Before cooling and liquefying the air, activated alumina absorbs moisture to effectively prevent freezing and solidification of pipes in the equipment, and molecular sieve adsorbents are used to remove H2O, CO2, N2O and hydrocarbons to achieve gas purification and production.
Therefore, molecular sieve 13X-APG is often designed with activated alumina to remove H2O and CO2 and some hydrocarbons in cryogenic air separation units.
Xintao has many export and customer service cases, you can learn about them here.
Xintao carbon molecular sieves are widely used in nitrogen production equipment in industries such as petroleum, chemical, coal mining, metallurgy, tires, medical, food, aviation, etc.
As a refinery, the customer needs to use molecular sieves to absorb water during the production process of cracking to produce ethylene.
The customer ordered 36 tons of oxygen molecular sieves and 6 tons of activated alumina, and our technical team went to Hunan for on-site installation guidance.
Molecular sieve nitrogen generator: Based on the principle of physical adsorption and desorption, molecular sieves are used to separate the different adsorption capacities of oxygen and nitrogen in the air. Carbon molecular sieves are usually used as the adsorption layer in the tower.
Cryogenic air separation nitrogen generator: Separation is based on the different boiling points of each component in the air. This method first compresses and purifies the air, and then uses heat exchange to liquefy the air into liquid air. Liquid air is mainly a mixture of liquid oxygen and liquid nitrogen. The different boiling points of liquid oxygen and liquid nitrogen (at 1 atmosphere, the boiling point of the former is -183°C and the latter is -196°C) are used to separate them through distillation of liquid air to obtain nitrogen. 13X-APG molecular sieve is usually used as the adsorption layer in the tower.
If you are looking for molecular sieve 13X APG with guaranteed effect. Xintao, a 20+ year molecular sieve supplier, can definitely meet your needs. As China's leading molecular sieve manufacturer, Xintao’s cryogenic air separation molecular sieve has been used in many air separation equipment around the world, and its technology has reached the industry-leading level. If you have any needs, please feel free to consult us
If you have any question, contact us!
We will contact you by email within 24 hours, please check your email inbox in time.
Strict Quality Control
Xintao has always insisted on quality first, and we will provide you with products that meet international high standards.
Complete Production Line
Xintao Factory is equipped with a series of industry-leading production equipment, with 10 fully automatic integrated production lines.
Professional Service
We adhere to the service concept of customer first. We will provide you with 24-hour free consultation, full-process technical support for products and free sample delivery services, etc.
