Zeolite Catalyst

1. AEL framework topology, pore size is approximately 0.39 nm × 0.63 nm;2. Relatively mild acidity, high isomerization selectivity, good resistance to side reactions, and certain diffusion

1. AFI framework topology, pore size is approximately 0.73 nm × 0.73 nm;2. Brønsted acid centers, moderate acidity, shape-selective adsorption capacity, and acid catalytic properties;3. Typically

1. Unique three-dimensional MWW topology, which forms directly upon synthesis;. 2. Distinctive shape-selective catalytic properties, strong solid-state acidity, and abundant external surface acid

1. Highly ordered three-dimensional mesoporous silica, with a cubic Ia3d framework, pore size is approximately 2 nm–4 nm;. 2. Excellent molecular mass transfer capabilities, high resistance to pore

1. Ordered mesoporous silica material, with uniform and adjustable pore sizes ranging from 2 nm to 50 nm;. 2. Characterized by a regularly arranged hexagonal mesoporous channel, high specific surface

1. Unique dual-channel structure, MWW topology, aperture size approximately 0.4 nm × 0.55 nm;. 2. High acid catalytic activity, micropore shape selection ability, and relatively good macromolecular

1. Three-dimensional microporous structure, two sets of intersecting channels, typical pore size is approximately 0.51–0.56 nm;2. The acidity and acid sites can be adjusted by the silica-alumina

1. One-directional but more zig-zag channels, pore size is approximately 0.53 nm×0.56 nm;2. Higher silica alumina ratio, moderate diffusivity, unique selectivity, excellent hydrothermal stability;3.

1. Two-dimensional cross-channel system, typical effective pore size is approximately 0.4–0.5 nm;2. High silica content, Excellent acid catalytic capability, good molecular diffusion property,

1. One-dimensional, non-crosslinked parallel channels, pore size is approximately 0.45 nm×0.52 nm;2. Strong diffusion confinement and tunable acid properties, excellent shape-selective catalytic

1. Only one-directional straight-through pores, pore size is approximately 0.45 nm×0.55 nm;2. Strong directionality of molecular diffusion, special shape-selective catalytic capability;3. Typically

1. Three-dimensional straight-channel system, pore size is approximately 0.54 nm×0.53 nm;2. Excellent acid catalytic capability, good molecular diffusion property, thermal stability, and shape