Mikä ovat sovellukset tert-butyyli vety peroksidi reaktio?

Tert-butyyli vety peroksidi reaktio on an tärkeä haara orgaaninen peroksidi. Se on a haihtuva, keltainen läpinäkyvä neste ja alkyyli vety peroksidi orgaaninen peroksidi. Pääasiassa käytetty as an initiaattori polymerointi reaktio (kuten PVC:n ja polyakryyli hapon emulsio monomeerien jälki polymerointi); tyydyttymätön polyesteri silloittaja, emulsio polymerointi, polymerointi, luonnollinen raaka materiaali kumi rikki, diesel lisäaineet, pinnoitus teollisuus, jne. Se on myös laajasti käytetty kuten a raaka-aine muille orgaanisille peroksideille.
Käyttö:
Tert-butyl hydrogen peroxide is a commonly used tert-alkyl hydrogen peroxide, which can be used for emulsion polymerization, aqueous polymerization, curing and grafting polymerization. Its function is superior to persulfate, isopropylbenzene hydroperoxide and benzoyl peroxide in many ways. The decomposition products of TBHP are mainly tert-butanol and a small amount of acetone, which are non-corrosive and have low requirements for equipment. It is also widely used as a polymerization initiator for styrene, acrylic acid and methacrylic acid. In short, it is a vulcanizing agent for natural rubber, can be used to increase the cetane number of diesel oil, and is also a very important organic intermediate. In addition, it can also be used to manufacture adhesives and desiccants for unsaturated melamine resin coatings. If the mercaptan contained in the converted gasoline is prepared, the method is to add the liquid oxygen supplement of the active component to the active gasoline after the hydrogen sulfide removal treatment, and dissolve the oxygen supplement in the active gasoline. When the dissolved gasoline passes through the double-effect catalyst bed with decomposition catalytic function and mercaptan conversion catalytic function set up in the fixed bed reactor, the tert-butyl hydrogen peroxide in the gasoline is decomposed, and new ecological active oxygen is released, and the released oxygen oxidizes the mercaptan in the gasoline to disulfide. The active component of the double-effect catalyst is manganese compound. The invention has the advantages of safety, effectiveness and low cost.