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Our zeolite powders are engineered to serve as outstanding catalyst supports in a wide array of chemical reactions. Catalysts play a crucial role in accelerating chemical reactions without being consumed in the process, and zeolite powders provide an excellent platform for catalyst loading and activation. With their well - defined pore structure and high surface area, these powders can effectively disperse catalysts, enhancing their activity and selectivity. Whether in the petrochemical industry for refining processes or in the production of specialty chemicals, our zeolite - based catalyst supports offer reliable and efficient solutions.
• Optimal Pore Structure for Catalyst Interaction: The precisely controlled pore size and shape of our zeolite powders ensure a perfect fit for catalyst particles. This allows for maximum contact between the catalyst and reactants, facilitating faster and more efficient reactions.
• High Mechanical Strength: These powders possess excellent mechanical strength, which is essential for withstanding the rigors of industrial processes. They can resist attrition and maintain their structural integrity during handling, loading, and operation in reactors.
• Good Thermal Conductivity: Zeolite powders exhibit good thermal conductivity, enabling even heat distribution within the catalyst bed. This helps to prevent hot spots and ensures uniform reaction conditions, improving the overall performance of the catalytic process.
• Low Impurity Content: Our manufacturing process ensures a low impurity content in the zeolite powders. This purity is crucial as impurities can potentially deactivate catalysts or interfere with chemical reactions, affecting product quality and yield.
• Improved Catalyst Performance: By providing an ideal support structure, our zeolite powders can significantly enhance the activity, selectivity, and stability of catalysts. This leads to higher conversion rates, better product quality, and reduced production costs.
• Longer Catalyst Lifespan: The mechanical strength and stability of zeolite powders protect the catalysts from degradation, extending their lifespan. This reduces the frequency of catalyst replacement, saving both time and money for industrial operations.
• Versatile Applications: Our zeolite - based catalyst supports are suitable for a wide range of catalytic reactions, including hydrocracking, isomerization, and oxidation. This versatility makes them a valuable asset for various chemical and petrochemical processes.
• Q: How do zeolite powders enhance catalyst activity?
A: The high surface area and pore structure of zeolite powders increase the contact area between the catalyst and reactants, promoting more effective adsorption and reaction, thus enhancing activity.
• Q: Can zeolite - based catalyst supports be used in batch and continuous processes?
A: Yes, our zeolite powders are suitable for both batch and continuous catalytic processes. Their properties are designed to perform well under different operating conditions.
• Q: What is the recommended loading amount of catalyst on zeolite powders?
A: The optimal catalyst loading depends on the specific reaction and catalyst type. Our experts can assist you in determining the most suitable loading amount based on your application requirements.
ZSM-48 is a high silica zeolite with orthorhombic or pseudoorthorhombic symmetry whose X-ray powder pattern can be indexed on the basis of a Pmma-orthorhombic cell with a = 14.24 ± 0.03Å, b = 20.14 ± 0.04Å, and c =8.40 ± 0.02Å (HZSM-48, = 580). All reflections inconsistent with both C- and l-centering are quite weak suggesting ideal Cmcm or Imma symmetry.
ZSM-48 zeolites, owing to narrower pores and lower acidity than ZSM-5, can be useful for direct utilization for toluene methylation. Further, such zeolites with reduced crystal sizes can shorten the pore retention time for small and highly reactive methanol and eliminate diffusion limitations to toluene and p-xylene molecules respectively to avoid methanol overuse in side reactions and to improve catalytic activity for toluene methylation. 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.
ZSM-48 are also well known for their applications in cracking, methanol to hydrocarbons (MTHs), m-xylene isomerization and paraffin hydro-isomerization reactions
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
Our zeolite powders are engineered to serve as outstanding catalyst supports in a wide array of chemical reactions. Catalysts play a crucial role in accelerating chemical reactions without being consumed in the process, and zeolite powders provide an excellent platform for catalyst loading and activation. With their well - defined pore structure and high surface area, these powders can effectively disperse catalysts, enhancing their activity and selectivity. Whether in the petrochemical industry for refining processes or in the production of specialty chemicals, our zeolite - based catalyst supports offer reliable and efficient solutions.
• Optimal Pore Structure for Catalyst Interaction: The precisely controlled pore size and shape of our zeolite powders ensure a perfect fit for catalyst particles. This allows for maximum contact between the catalyst and reactants, facilitating faster and more efficient reactions.
• High Mechanical Strength: These powders possess excellent mechanical strength, which is essential for withstanding the rigors of industrial processes. They can resist attrition and maintain their structural integrity during handling, loading, and operation in reactors.
• Good Thermal Conductivity: Zeolite powders exhibit good thermal conductivity, enabling even heat distribution within the catalyst bed. This helps to prevent hot spots and ensures uniform reaction conditions, improving the overall performance of the catalytic process.
• Low Impurity Content: Our manufacturing process ensures a low impurity content in the zeolite powders. This purity is crucial as impurities can potentially deactivate catalysts or interfere with chemical reactions, affecting product quality and yield.
• Improved Catalyst Performance: By providing an ideal support structure, our zeolite powders can significantly enhance the activity, selectivity, and stability of catalysts. This leads to higher conversion rates, better product quality, and reduced production costs.
• Longer Catalyst Lifespan: The mechanical strength and stability of zeolite powders protect the catalysts from degradation, extending their lifespan. This reduces the frequency of catalyst replacement, saving both time and money for industrial operations.
• Versatile Applications: Our zeolite - based catalyst supports are suitable for a wide range of catalytic reactions, including hydrocracking, isomerization, and oxidation. This versatility makes them a valuable asset for various chemical and petrochemical processes.
• Q: How do zeolite powders enhance catalyst activity?
A: The high surface area and pore structure of zeolite powders increase the contact area between the catalyst and reactants, promoting more effective adsorption and reaction, thus enhancing activity.
• Q: Can zeolite - based catalyst supports be used in batch and continuous processes?
A: Yes, our zeolite powders are suitable for both batch and continuous catalytic processes. Their properties are designed to perform well under different operating conditions.
• Q: What is the recommended loading amount of catalyst on zeolite powders?
A: The optimal catalyst loading depends on the specific reaction and catalyst type. Our experts can assist you in determining the most suitable loading amount based on your application requirements.
ZSM-48 is a high silica zeolite with orthorhombic or pseudoorthorhombic symmetry whose X-ray powder pattern can be indexed on the basis of a Pmma-orthorhombic cell with a = 14.24 ± 0.03Å, b = 20.14 ± 0.04Å, and c =8.40 ± 0.02Å (HZSM-48, = 580). All reflections inconsistent with both C- and l-centering are quite weak suggesting ideal Cmcm or Imma symmetry.
ZSM-48 zeolites, owing to narrower pores and lower acidity than ZSM-5, can be useful for direct utilization for toluene methylation. Further, such zeolites with reduced crystal sizes can shorten the pore retention time for small and highly reactive methanol and eliminate diffusion limitations to toluene and p-xylene molecules respectively to avoid methanol overuse in side reactions and to improve catalytic activity for toluene methylation. 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.
ZSM-48 are also well known for their applications in cracking, methanol to hydrocarbons (MTHs), m-xylene isomerization and paraffin hydro-isomerization reactions
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