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AlPO₄-5 aluminophosphate molecular sieve
Applications: It has wide applications in the catalysis field and can be used in reactions such as methanol conversion and ethylene oligomerization. Moreover, thanks to its unique pore structure and adsorption properties, it can also be employed in processes like gas separation and adsorption.
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AlPO₄-5 aluminophosphate molecular sieve
Product Description
Product nature
1. Structure and Properties: It has a hexagonal crystal structure with lattice parameters a = 1.373 nm and c = 0.848 nm.
2. Framework: Composed of alternating aluminum-oxygen tetrahedra (AlO₄) and phosphorus-oxygen tetrahedra (PO₄).
3. Pore Structure: It features one-dimensional pores with twelve-membered rings, with a pore diameter of approximately 0.73 nm; the pore walls are composed of six-membered rings.
Product Applications
It has wide applications in the catalysis field and can be used in reactions such as methanol conversion and ethylene oligomerization. Moreover, thanks to its unique pore structure and adsorption properties, it can also be employed in processes like gas separation and adsorption.
Related products
ZSM-5 molecular sieve is one of Baojun Company’s flagship products. It features advanced production technology, superior product quality, and excellent performance.
Henan Baojun Chemical Technology Co., Ltd. was established in 2017. The company’s products are dedicated to the petrochemical industry and include: 1. Acidic materials, primarily used in the preparation of hydrogenation and catalytic cracking catalysts. By precisely controlling the acid strength and acid distribution on the catalyst support, these materials help prevent coke formation, extend the catalyst’s lifespan, and reduce costs.
Henan Baojun Chemical Technology Co., Ltd. was established in 2017. The company’s products are dedicated to the petrochemical industry and include: 1. Acidic materials, primarily used in the preparation of hydrogenation and catalytic cracking catalysts. By precisely controlling the acid strength and acid distribution on the catalyst support, these materials help prevent coke formation, extend the catalyst’s lifespan, and reduce costs.
Silica-to-alumina ratio: 20–100 Relative crystallinity: 90% Specific surface area: 640 m²/g
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