Trait
SSZ-13 is a high-performance molecular sieve with CHA topology. Due to its unique pore structure and high specific surface area, it is particularly suitable for selective catalytic reduction reaction. Especially,copper-based SSZ-13 has shown high NOx removal capacity in diesel vehicle exhaust treatment, and even maintains high activity at low temperature.
SSZ-13, renowned for its exceptional stability, selectivity, and adsorption capacity, is extensively utilized in catalytic processes such as gas separation and methanol-to-olefins conversion. Its well-ordered microporous structure enables efficient adsorption and sieving of small molecules, making it a valuable material in environmental protection, energy and chemical industries, and petroleum refining.
Physical and Chemical Properties
Technical/ | SiO₂ / Al₂O₃ | BET surface area | Solid content | Na₂O | Relative crystallinity |
SSZ-13 | 10-50 | 731m²/g | 97.8% | 320ppm | 117.4% |
Technical/ | SiO₂ / Al₂O₃ | BET surface area | Cu content | K content | Na content |
Cu/SSZ-13 | 19 | 721m²/g | 2.87wt% | 180ppm | 29ppm |
Zeolite molecular sieve type SSZ-13
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