IG Molecular Sieve & supporting series
Our core product: IG Molecular Sieve, also known as IG Desiccant (Insulated Glass Desiccant). Explore insulated glass drying and our other molecular sieve series.
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RENDA MATERIALSIG Molecular Sieve
IG Desiccant · Insulated Glass Desiccant
IG Molecular Sieve (Insulated Glass Molecular Sieve) is a dedicated desiccant for insulated glass, also called IG Desiccant or Insulated Glass Desiccant. Filled into compatible spacers, it adsorbs moisture in the sealed cavity to help reduce internal fogging and condensation.
IG Molecular Sieve and IG Desiccant refer to the same dedicated insulated glass drying product.
View IG productIG Molecular SieveIGPRODUCT PHOTOIG Molecular Sieve
IG Molecular Sieve (Insulated Glass Molecular Sieve) is a dedicated desiccant for insulated glass, also called IG Desiccant or Insulated Glass Desiccant. Filled into compatible spacers, it adsorbs moisture in the sealed cavity to help reduce internal fogging and condensation.
Moisture control, from within.
Spacer filling & moisture adsorption
Moisture in the sealed cavity reaches the molecular sieve through spacer perforations. Adsorption helps keep the cavity dry and reduces the risk of internal condensation.
Performance depends on sealing, desiccant loading and production conditions. External surface condensation is a separate issue.
From packaging to the filling line
Discuss moisture-protective packaging, storage and opening-to-filling handling for your production line. Confirm particle size and spacer compatibility before use.
Representative packaging photo; order specifications are confirmed individually.Other molecular sieve series
Supporting grades for drying, adsorption, gas purification and catalysis. Select each grade around your application and operating conditions.
LTA MOLECULAR SIEVE3APRODUCT PHOTO3A Molecular Sieve
LTA type with an effective pore size of about 3 Å. Used for insulating glass, ethanol drying and cracked-gas drying.
LTA MOLECULAR SIEVE4APRODUCT PHOTO4A Molecular Sieve
LTA type with an effective pore size of about 4 Å. Used for natural-gas drying, electronics drying, pharmaceutical packaging and heavy-truck air-brake systems.
LTA MOLECULAR SIEVE5APRODUCT PHOTO5A Molecular Sieve
LTA type with an effective pore size of about 5 Å. Used for oxygen/nitrogen PSA, natural-gas desulfurization and LPG desulfurization.
FAU MOLECULAR SIEVE13XPRODUCT PHOTO13X Molecular Sieve
FAU type with an effective pore size of about 10 Å. Used for air-separation drying, natural-gas sweetening and CO2 removal.
MFI ZEOLITEZSM-5PRODUCT PHOTOZSM-5 Zeolite
MFI type with a pore size of about 5.5 Å. Used as an FCC catalyst additive, for diesel dewaxing and xylene isomerization.
FAU ZEOLITEYPRODUCT PHOTOY Zeolite
FAU type with a pore size of about 7.4 Å. A core material for petroleum cracking catalysts, also used in hydrocracking and isomerization.
*BEA ZEOLITEBetaPRODUCT PHOTOBeta Zeolite
*BEA type with a pore size of about 6.6 Å. Used for alkylation, hydrocracking and fine-chemical catalysis.
MOR ZEOLITEMORPRODUCT PHOTOMordenite Zeolite
MOR type with a pore size of about 6.5 Å. Used for dewaxing, isomerization and toluene disproportionation.
MFI TITANOSILICATETS-1PRODUCT PHOTOTS-1 Molecular Sieve
MFI-type titanium silicalite with a pore size of about 5.5 Å. Used for olefin epoxidation, phenol hydroxylation and other selective oxidation reactions.
CHA MOLECULAR SIEVESAPO-34PRODUCT PHOTOSAPO-34 Molecular Sieve
CHA-type silicoaluminophosphate with a pore size of about 3.8 Å. A core catalyst material for methanol-to-olefins (MTO) processes.
Photographs show representative materials. Confirm specifications, appearance and suitability before ordering.
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