Titanate molecular sieve

Product Name Name: Titanate molecular sieve Product Overview TS-1 belongs to zeolite molecular sieve. TS-1 is formed by partially replacing aluminum atoms in silicon aluminum molecular sieves with Ti atoms, and has an MFI topological structure. It belongs to the ZSM-5 series zeolite molecular sieves. Zeolite molecular sieve is a type of aluminosilicate crystal with a microporous structure, a regular pore structure, and a high specific surface area. The characteristic of TS-1 molecular sieve is that it has a three-dimensional pore structure composed of two sets of ten membered ring pores and one set of nine membered ring pores interlaced. Its first set of roughly parallel pores is composed of ten membered rings composed of four coordinating atoms; The second set of pores is also composed of a ten membered ring composed of four coordinated atoms, and is vertically interlaced with the first set of pores; The third set of pores intersects with the first and second sets of pores and is composed of a nine membered ring composed of four coordinated atoms. Technical Parameter Particle size:100-300 nm Na2O:<0.1 wt% Crystallinity:>95% SSA:300-450 m2/g Si/Ti:~30 Aperture:0.56-0.58 nm Product Features Unique topological structure: TS-1 has a three-dimensional pore structure consisting of two sets of ten membered ring pores and one set of nine membered ring pores interlaced. The first set of roughly parallel pores is composed of ten membered rings composed of four coordinated atoms, the second set of pores is composed of ten membered rings composed of four coordinated atoms and is vertically interlaced with the first set of pores, and the third set of pores is interlaced with the first and second sets of pores and is composed of nine membered rings composed of four coordinated atoms. Good catalytic oxidation performance: The titanium atoms in TS-1 can activate hydrogen peroxide, exhibiting excellent catalytic performance in olefin epoxidation, cyclohexanone ammoxidation, selective oxidation of alcohols and alkanes, and hydroxylation of phenol. High selectivity: TS-1 has high selectivity for certain reactions, which can reduce the occurrence of side reactions and improve the yield of target products. Good stability: TS-1 has good chemical and thermal stability, and can maintain catalytic activity under certain temperature and pressure conditions. Application Fields In the field of chemical engineering, it can theoretically be used to prepare chemical products such as butanone oxime and epichlorohydrin. In the production of epichlorohydrin, TS-1 molecular sieve can be used as the main catalyst in the HPPO process, with advantages such as no pollution and mild reaction conditions. In the field of wastewater treatment, it can be used to treat wastewater containing organic pollutants with good removal efficiency. In the field of petrochemicals, not only can it catalyze the cracking of crude oil molecules to produce fuels such as gasoline and diesel, as well as bulk organic chemicals such as ethylene, propylene, and xylene, but it can also reduce the environmental pollution caused by the exhaust gas after fuel combustion, reduce the emission of toxic and harmful by-products and waste in the petrochemical production process, and contribute to the efficient and clean production of the petrochemical industry. In the field of fine chemicals, it can be used for the synthesis of fine chemical products, such as the production of caprolactam. Related Information Please e-mail for the detailed characterization data. E-mail:sales@xfnano.com