- Compact system with simple structure through optimum design.
- Fully automated unattended operation by the electronic control.
- Since the nitrogen can be produced on site by using the compressed air, it is not affected by the delivery delay or nitrogen price change of high priced liquid nitrogen.
- The system can be customized according to the user requirements about nitrogen purity, production rate and gas delivery pressure, etc. (95~99.9999%, 1-600Nm3/Hr)
CMS, the absorbent used in gas sepa
- Compact system with simple structure through optimum design.
- Fully automated unattended operation by the electronic control.
- Since the nitrogen can be produced on site by using the compressed air, it is not affected by the delivery delay or nitrogen price change of high priced liquid nitrogen.
- The system can be customized according to the user requirements about nitrogen purity, production rate and gas delivery pressure, etc. (95~99.9999%, 1-600Nm3/Hr)
CMS, the absorbent used in gas sepa
- Compact system with simple structure through optimum design.
- Fully automated unattended operation by the electronic control.
- Since the nitrogen can be produced on site by using the compressed air, it is not affected by the delivery delay or nitrogen price change of high priced liquid nitrogen.
- The system can be customized according to the user requirements about nitrogen purity, production rate and gas delivery pressure, etc. (95~99.9999%, 1-600Nm3/Hr)
CMS, the absorbent used in gas sepa
- Compact system with simple structure through optimum design.
- Fully automated unattended operation by the electronic control.
- Since the nitrogen can be produced on site by using the compressed air, it is not affected by the delivery delay or nitrogen price change of high priced liquid nitrogen.
- The system can be customized according to the user requirements about nitrogen purity, production rate and gas delivery pressure, etc. (95~99.9999%, 1-600Nm3/Hr)
CMS, the absorbent used in gas sepa
Pressure Swing Adsorption (PSA) Technology
The air we breathe consists of 78% nitrogen, 21% oxygen, 1% argon and other gases.
PSA is the technology to separate a certain gas from the air using the difference in adsorption of each gas by the crystal called molecular sieve.
The product can be custom designed according to user requirements for oxygen purity, production volume or pressure (1-200NM3/Hr, 90-95% O2).
Pressure Swing Adsorption (PSA) Technology
The air we breathe consists of 78% nitrogen, 21% oxygen, 1% argon and other gases.
PSA is the technology to separate a certain gas from the air using the difference in adsorption of each gas by the crystal called molecular sieve.
The product can be custom designed according to user requirements for oxygen purity, production volume or pressure (1-200NM3/Hr, 90-95% O2).
Pressure Swing Adsorption (PSA) Technology
The air we breathe consists of 78% nitrogen, 21% oxygen, 1% argon and other gases.
PSA is the technology to separate a certain gas from the air using the difference in adsorption of each gas by the crystal called molecular sieve.
The product can be custom designed according to user requirements for oxygen purity, production volume or pressure (1-200NM3/Hr, 90-95% O2).
Pressure Swing Adsorption (PSA) Technology
The air we breathe consists of 78% nitrogen, 21% oxygen, 1% argon and other gases.
PSA is the technology to separate a certain gas from the air using the difference in adsorption of each gas by the crystal called molecular sieve.
The product can be custom designed according to user requirements for oxygen purity, production volume or pressure (1-200NM3/Hr, 90-95% O2).
F-200 Activated Alumina for Liquid and Gas Drying
BASF F-200 is a smooth sphere of activated alumina produced by BASF’s unique manufacturing process.
F-200 is an excellent desiccant for drying a wide variety of liquids and gases.
Although all molecules are adsorbed to some extent on F-200 activated alumina, those molecules having the
highest polarity are preferentially absorbed.
Stream conditions such as pressure, concentration and molecular weight of the molecules, temperature a
F-200 Activated Alumina for Liquid and Gas Drying
BASF F-200 is a smooth sphere of activated alumina produced by BASF’s unique manufacturing process.
F-200 is an excellent desiccant for drying a wide variety of liquids and gases.
Although all molecules are adsorbed to some extent on F-200 activated alumina, those molecules having the
highest polarity are preferentially absorbed.
Stream conditions such as pressure, concentration and molecular weight of the molecules, temperature a
F-200 Activated Alumina for Liquid and Gas Drying
BASF F-200 is a smooth sphere of activated alumina produced by BASF’s unique manufacturing process.
F-200 is an excellent desiccant for drying a wide variety of liquids and gases.
Although all molecules are adsorbed to some extent on F-200 activated alumina, those molecules having the
highest polarity are preferentially absorbed.
Stream conditions such as pressure, concentration and molecular weight of the molecules, temperature a
F-200 Activated Alumina for Liquid and Gas Drying
BASF F-200 is a smooth sphere of activated alumina produced by BASF’s unique manufacturing process.
F-200 is an excellent desiccant for drying a wide variety of liquids and gases.
Although all molecules are adsorbed to some extent on F-200 activated alumina, those molecules having the
highest polarity are preferentially absorbed.
Stream conditions such as pressure, concentration and molecular weight of the molecules, temperature a
Activated Alumina
Model: DE-2-3MM, DE-3-5MM, DE-4-6MM, DE-5-7MM
Standard Packaging:25kg/bag150kg/steer drum
Description:
It is made of aluminium oxide (alumina; Al2O3).
Applications:
Widely used for drying in electronic, textile and oxidizing industry,also as adsorbent in air-grading industry(dew-point below -55).It’s especially suitable for atmospheric temperature recovering equipment also used as a de-fluorinating agent of drinking water.
Activated Alumina
Model: DE-2-3MM, DE-3-5MM, DE-4-6MM, DE-5-7MM
Standard Packaging:25kg/bag150kg/steer drum
Description:
It is made of aluminium oxide (alumina; Al2O3).
Applications:
Widely used for drying in electronic, textile and oxidizing industry,also as adsorbent in air-grading industry(dew-point below -55).It’s especially suitable for atmospheric temperature recovering equipment also used as a de-fluorinating agent of drinking water.
Activated Alumina
Model: DE-2-3MM, DE-3-5MM, DE-4-6MM, DE-5-7MM
Standard Packaging:25kg/bag150kg/steer drum
Description:
It is made of aluminium oxide (alumina; Al2O3).
Applications:
Widely used for drying in electronic, textile and oxidizing industry,also as adsorbent in air-grading industry(dew-point below -55).It’s especially suitable for atmospheric temperature recovering equipment also used as a de-fluorinating agent of drinking water.
Activated Alumina
Model: DE-2-3MM, DE-3-5MM, DE-4-6MM, DE-5-7MM
Standard Packaging:25kg/bag150kg/steer drum
Description:
It is made of aluminium oxide (alumina; Al2O3).
Applications:
Widely used for drying in electronic, textile and oxidizing industry,also as adsorbent in air-grading industry(dew-point below -55).It’s especially suitable for atmospheric temperature recovering equipment also used as a de-fluorinating agent of drinking water.