Zeolite Catalyst

1. Modified from NaY molecular sieve through ion exchange and dealumination;
2. With characteristics of ultra-stability, acid regulation, and shape-selective catalysis;
3. Typically...

1. A full range of silica-alumina ratio H-ZSM-5 zeolite catalysts, are available;
2. Core material relied upon by almost all acid-catalyzed reactions;
3. Typically used for...

1. Titanium exists in the molecular sieve framework, and serves as an active center for catalytic oxidation reactions;
2. Simultaneously possess high activity, high selectivity, high...

1. Highly stable mesoporous silica with a pore size typically around 5 nm to 15 nm;
2. Excellent thermal stability, molecular diffusion properties, and ease of surface...

1. Rare-earth-modified ultrastable Y-type zeolite through ion exchange, FAU topology;
2. Enhanced thermal and hydrothermal stability, high catalytic activity, strong hydrogen-transfer...

1. Space group Fm3m, with mesopore sizes of approximately 4 nm–10 nm;
2. High specific surface area, good mass transfer performance, easy surface functionalization, thermal and chemical...

1. Space group Ia3d, with mesopore sizes of approximately 4 nm–12 nm;
2. Excellent channel connectivity, large and adjustable pore size, high specific surface area, good mass transfer...

1. Ammonium MOR framework topology, with a 12-membered ring main channel size of approximately 6.5 Å×7.0 Å, an 8-membered ring side bag structure;
2. Tunable acidity, good shape-selective...

1. Hydrogen MOR framework topology, with a 12-membered ring main channel size of approximately 6.5 Å×7.0 Å, an 8-membered ring side channel size of approximately 2.6–3.4 Å×4.8–5.7 Å;
2....

1. Sodium MOR framework topology, with a 12-membered ring main channel size of approximately 6.5 Å×7.0 Å, an 8-membered ring side bag size of approximately 3.4 Å×4.8 Å;
2. High ion exchange...

1. AEI topology, with regular microporous channels and cage-like structure, and strong acidic centers;
2. Excellent small-pore sieving capacity, large specific surface area and micropore...

1. CHA framework topology, CHA cages and eight-membered ring pores, with pore size of approximately 3.8 Å;
2. Excellent form-selectivity, particularly beneficial for C₂–C₄ olefins, high...