0.4-0.8mm 1.6-2.5mm Sphere Zeolite Molecular Sieve 13xhp for Psa Oxygen
China 0.4-0.8mm 1.6-2.5mm Sphere Zeolite Molecular Sieve 13xhp for Psa Oxygen, Find details about China Adsorbent, Desiccant from 0.4-0.8mm 1.6-2.5mm Sphere Zeolite Molecular Sieve 13xhp for Psa Oxygen
Basic Info.
Model NO.
Molecular Sieve 3A
Appearance
Spherical
Color
Beige
Trademark
CHICO
Transport Package
Carton, Drum, Bigbag
Specification
0.5-0.9mm, 1.0-1.5mm, 1.5-2.0mm
Origin
China
HS Code
3824999999
Model NO.
Molecular Sieve 3A
Appearance
Spherical
Color
Beige
Trademark
CHICO
Transport Package
Carton, Drum, Bigbag
Specification
0.5-0.9mm, 1.0-1.5mm, 1.5-2.0mm
Origin
China
HS Code
3824999999
Product Desciption
Insulating Glass Desiccant-with Xrd/Xrf Certified Molecular Sieve 3A-Ift Approved
CHICO Brand Adsorbent for insulating glass fully cover the current requirement of EN1279-4 and 6, it not only technical can meet the requirement of EN1279 but also it can save money for the end-users in the parameters of lower density , higher adsorption capacity and also it will safeguard your IG unit in the ideal way together with other insulating glass components-Primary sealant, Secondary sealant, and Spacer bar.
Please refer to the parameters in the following:
Molecular sieves play an important role in insulating glass. It is used to avoid condensation and frost on the inner surface of the insulating glass, evaporation of the solvent in the sealant, deflection under severe weather conditions, and hydrocarbons in the air such as paint, detergent and other solvents. In the process of production and use, the water vapor in the air will be sealed in the hollow glass. When the ambient temperature drops below the dew point of the gas in the insulating glass, condensation will occur. The cold side of the hollow glass will form condensation water.Molecular sieves play an important role in insulating glass. It is used to avoid condensation and frost on the inner surface of the insulating glass, evaporation of the solvent in the sealant, deflection under severe weather conditions, and hydrocarbons in the air such as paint, detergent and other solvents. In the process of production and use, the water vapor in the air will be sealed in the hollow glass. When the ambient temperature drops below the dew point of the gas in the insulating glass, condensation will occur. The cold side of the hollow glass will form condensation water.
How much adsorbent needs to be used in insulating glass? Can answer from three aspects: experience, water balance, or demand equivalent. Experience indicates that most manufacturers choose two long sides or one long side and one short side to fill the adsorbent. In many cases, this has been met. Water balance is a scientific method. There must be a satisfactory adsorbent to remove the water that enters during the production process and the service life of the insulating glass. And only a small part of the adsorbent is used to start drying. The "relative humidity driving force" causes water to enter the interior of the insulating glass. This driving force is generated when the humidity outside is higher than the humidity inside the hollow glass. Removal of the water in the service life of the insulating glass can be calculated through the water balance. This calculation requires knowing the water entering speed, the planned life of the insulating glass and the highest dew point required in the service life of the insulating glass. The demand equivalent refers to the minimum amount of dryness required per inch when testing insulating glass. In the United States, insulating glass manufacturers have already established demand equivalents, and many countries are also considering them.
CHICO Brand Adsorbent for insulating glass fully cover the current requirement of EN1279-4 and 6, it not only technical can meet the requirement of EN1279 but also it can save money for the end-users in the parameters of lower density , higher adsorption capacity and also it will safeguard your IG unit in the ideal way together with other insulating glass components-Primary sealant, Secondary sealant, and Spacer bar.
Please refer to the parameters in the following:
| Item | unit | Bead | ||
| Diameter | mm | 0.5-0.9 | 1.0-1.5 | 1.5-2.0 |
| Delta T | ºC | ≥35 | ≥35 | ≥35 |
| Static H2O adsorption (10%RH,@25C) | % wt | ≥16 | ≥16 | ≥16 |
| Bulk Density | g/ml | ≥0.75 | ≥0.75 | ≥0.75 |
| Particle ratio | % | ≥98 | ≥98 | ≥98 |
| Gas Desorption | Ml/g | ≤0.28 | ≤0.28 | ≤0.28 |
| Loss on Ignition(540C) | % wt | ≤1.5 | ≤1.5 | ≤1.5 |
Molecular sieves play an important role in insulating glass. It is used to avoid condensation and frost on the inner surface of the insulating glass, evaporation of the solvent in the sealant, deflection under severe weather conditions, and hydrocarbons in the air such as paint, detergent and other solvents. In the process of production and use, the water vapor in the air will be sealed in the hollow glass. When the ambient temperature drops below the dew point of the gas in the insulating glass, condensation will occur. The cold side of the hollow glass will form condensation water.Molecular sieves play an important role in insulating glass. It is used to avoid condensation and frost on the inner surface of the insulating glass, evaporation of the solvent in the sealant, deflection under severe weather conditions, and hydrocarbons in the air such as paint, detergent and other solvents. In the process of production and use, the water vapor in the air will be sealed in the hollow glass. When the ambient temperature drops below the dew point of the gas in the insulating glass, condensation will occur. The cold side of the hollow glass will form condensation water.
How much adsorbent needs to be used in insulating glass? Can answer from three aspects: experience, water balance, or demand equivalent. Experience indicates that most manufacturers choose two long sides or one long side and one short side to fill the adsorbent. In many cases, this has been met. Water balance is a scientific method. There must be a satisfactory adsorbent to remove the water that enters during the production process and the service life of the insulating glass. And only a small part of the adsorbent is used to start drying. The "relative humidity driving force" causes water to enter the interior of the insulating glass. This driving force is generated when the humidity outside is higher than the humidity inside the hollow glass. Removal of the water in the service life of the insulating glass can be calculated through the water balance. This calculation requires knowing the water entering speed, the planned life of the insulating glass and the highest dew point required in the service life of the insulating glass. The demand equivalent refers to the minimum amount of dryness required per inch when testing insulating glass. In the United States, insulating glass manufacturers have already established demand equivalents, and many countries are also considering them.
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