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The precisely sized and shaped pores in our zeolite are beneficial for catalyst interaction. This facilitates the maximum amount of contact between the catalyst and the reactants, which results in a faster and more efficient reaction.
• High Mechanical Capacity: These powders have a superior mechanical capacity that is necessary for resisting the harshness of industrial processes. They can withstand attrition and maintain their structural integrity while being loaded or operated in reactors.
• Good thermal conductivity: Zeolite flakes have a high thermal conductivity, which enables even distribution of heat within the catalyst bed. This facilitates the avoidance of hotspots and the uniformity of the response conditions, all of which have a positive effect on the catalytic process as a whole.
• Low Impurity Count: Our manufacturing method is responsible for a low count of impurities in the zeolite crystals. This authenticity is of great importance as impurities can adversely affect the activity of catalysts or affect the quality of chemicals, respectively.
• Increased Catalyst Performance: By providing a beneficial support system, our zeolite powder can greatly increase the efficiency, specificity, and stability of catalysts. This causes a higher conversion rate, superior product quality, and reduced costs of production.
• Increased Catalyst Life: The long lifespan and mechanical stability of zeolite particles prevent the catalysts from becoming corrupt, which extends their life. This decreases the frequency of catalyst restorasi, both time and money are saved for industrial endeavors.
•atile Reactions: Our zeolite-based catalyst supports are appropriate for a variety of catalytic processes, including the hydrocracking of hydrocarbons, the isomerization of hydrocarbons, and the oxidation of hydrocarbons. This versatility makes them an important resource for numerous chemical and petrochemical processes.
Q: How do zeolite crystals increase the activity of catalysts?
A: The large surface area and porous structure of zeolite particles increases the amount of catalyst and reactants that come in contact with each other, this promotes an increased interaction between the catalyst and the reactants, which in turn increases activity.
Q: Can zeolite-based catalyst supports be employed in both batch and continuous processes?
A: Yes, our zeolite dusts are appropriate for both batch and continuous catalytic endeavors. Their properties are intended to operate effectively in different environments.
• Q: What is the recommended amount of catalyst that is loaded on zeolite crystals?
A: The optimal amount of catalyst needed is different for each reaction and catalyst type. Our experts can help you figure out the amount of loading that is most appropriate for your application.
ZSM-48 is a high silica zeolite that exhibits orthorhombic or pseudorhombic symmetry, its X-ray pattern can be indexed on the basis of a Pmma cell that has a = 14.24 ± 0.03Å, b = 20.14 ± 0.04Å, and c = 8.40 ± 0.02Å (HZSM-48, = 580). All mirrors that are not consistent with both C-and l-centering are considered to be weak, this suggests that the mirror is probably ideal for Cmcm or Imma symmetry.
ZSM-48 zeolites have smaller pores and a lower acidity than ZSM-5, which can facilitate the direct use of toluene for its methylation. Additionally, these zeolites have smaller crystal sizes, which can shorten the time needed to retain small, highly-reactive molecules of methanol, and eliminate the limitations of diffusion that exist in the retention of toluene and p-xylene, respectively. In this way, the overuse of methanol in side reactions can be avoided, and the catalytic activity of toluene can be enhanced. Envisaging above advantages, nano size ZSM-48 zeolite plays role of its narrow pore, less acidity and small crystals in maximization of p-xylene in toluene methylation reaction.
Other scientists have utilized the ZSM-48 for their purposes of cracking, extracting methanol from hydrocarbons (MTHs), isomerizing m-xylene, and converting paraffin into hydrocarbons.
Product | Series Code | Framework | SiO2/Al2O3 (mol/mol) | Pore Diameter Å | Crystal Size μm | Cation | BET mm2/g | L.O.I 1000℃,% | Na2O % | Partcicle Size μm(D50) |
ZSM-48 | YT-Z-48 | MRE | >120 | 5.3×5.6 | _ | Na, NH4+ H+ | >230 | <10 | <0.02 | 5-10 |
Application:
- Cracking
- Methanol To Hydrocarbons (MTHs)
- m-Xylene isomerization
- Paraffin hydro-isomerization reactions
The precisely sized and shaped pores in our zeolite are beneficial for catalyst interaction. This facilitates the maximum amount of contact between the catalyst and the reactants, which results in a faster and more efficient reaction.
• High Mechanical Capacity: These powders have a superior mechanical capacity that is necessary for resisting the harshness of industrial processes. They can withstand attrition and maintain their structural integrity while being loaded or operated in reactors.
• Good thermal conductivity: Zeolite flakes have a high thermal conductivity, which enables even distribution of heat within the catalyst bed. This facilitates the avoidance of hotspots and the uniformity of the response conditions, all of which have a positive effect on the catalytic process as a whole.
• Low Impurity Count: Our manufacturing method is responsible for a low count of impurities in the zeolite crystals. This authenticity is of great importance as impurities can adversely affect the activity of catalysts or affect the quality of chemicals, respectively.
• Increased Catalyst Performance: By providing a beneficial support system, our zeolite powder can greatly increase the efficiency, specificity, and stability of catalysts. This causes a higher conversion rate, superior product quality, and reduced costs of production.
• Increased Catalyst Life: The long lifespan and mechanical stability of zeolite particles prevent the catalysts from becoming corrupt, which extends their life. This decreases the frequency of catalyst restorasi, both time and money are saved for industrial endeavors.
•atile Reactions: Our zeolite-based catalyst supports are appropriate for a variety of catalytic processes, including the hydrocracking of hydrocarbons, the isomerization of hydrocarbons, and the oxidation of hydrocarbons. This versatility makes them an important resource for numerous chemical and petrochemical processes.
Q: How do zeolite crystals increase the activity of catalysts?
A: The large surface area and porous structure of zeolite particles increases the amount of catalyst and reactants that come in contact with each other, this promotes an increased interaction between the catalyst and the reactants, which in turn increases activity.
Q: Can zeolite-based catalyst supports be employed in both batch and continuous processes?
A: Yes, our zeolite dusts are appropriate for both batch and continuous catalytic endeavors. Their properties are intended to operate effectively in different environments.
• Q: What is the recommended amount of catalyst that is loaded on zeolite crystals?
A: The optimal amount of catalyst needed is different for each reaction and catalyst type. Our experts can help you figure out the amount of loading that is most appropriate for your application.
ZSM-48 is a high silica zeolite that exhibits orthorhombic or pseudorhombic symmetry, its X-ray pattern can be indexed on the basis of a Pmma cell that has a = 14.24 ± 0.03Å, b = 20.14 ± 0.04Å, and c = 8.40 ± 0.02Å (HZSM-48, = 580). All mirrors that are not consistent with both C-and l-centering are considered to be weak, this suggests that the mirror is probably ideal for Cmcm or Imma symmetry.
ZSM-48 zeolites have smaller pores and a lower acidity than ZSM-5, which can facilitate the direct use of toluene for its methylation. Additionally, these zeolites have smaller crystal sizes, which can shorten the time needed to retain small, highly-reactive molecules of methanol, and eliminate the limitations of diffusion that exist in the retention of toluene and p-xylene, respectively. In this way, the overuse of methanol in side reactions can be avoided, and the catalytic activity of toluene can be enhanced. Envisaging above advantages, nano size ZSM-48 zeolite plays role of its narrow pore, less acidity and small crystals in maximization of p-xylene in toluene methylation reaction.
Other scientists have utilized the ZSM-48 for their purposes of cracking, extracting methanol from hydrocarbons (MTHs), isomerizing m-xylene, and converting paraffin into hydrocarbons.
Product | Series Code | Framework | SiO2/Al2O3 (mol/mol) | Pore Diameter Å | Crystal Size μm | Cation | BET mm2/g | L.O.I 1000℃,% | Na2O % | Partcicle Size μm(D50) |
ZSM-48 | YT-Z-48 | MRE | >120 | 5.3×5.6 | _ | Na, NH4+ H+ | >230 | <10 | <0.02 | 5-10 |
Application:
- Cracking
- Methanol To Hydrocarbons (MTHs)
- m-Xylene isomerization
- Paraffin hydro-isomerization reactions