IOTA
1、Hydrophilic fumed silica Hydrophilic fumed silica is produced by hydrolyzing volatile chlorosilanes in a hydroxide flame. Chemically, these loose white powders consist of high purity a......
2024-07-15Fumed white carbon black, generated by high temperature hydrolysis of silicon halides (mainly silicon tetrachloride and methyltrichlorosilane) in a hydroxide flame to produce nanoscale white powder, t......
2024-07-15The application of organosilicon modified polyester resins in the coating industry is mainly to improve the market competitiveness and application scope of coatings by improving their performance. Spe......
2024-07-12Organosilicon modification refers to the introduction of organosilicon compounds into polymers or other materials to improve their properties. Compounding organosilicone resin with polyester resin can......
2024-07-121、Synthesis of silicone resin Organosilicone resins are synthesized in a variety of ways, common methods include: ①Crosslinking method This is a commonly used method of silicone resin synthesis, th......
2024-07-111, the characteristics of silicone resin Organosilicone resin is a high temperature resistant material with excellent performance, and the general structure formula is shown in Fig.1 [1]. In the form......
2024-07-112、Classification of polyketone resin Polyketone resin is mainly formed by the monomer containing ketone group through polymerization reaction, with high molecular weight and good rheological properti......
2024-07-10Polyketone resins are a class of synthetic resins with high thermal stability, high strength and good chemical resistance. In general, polyketone resins are often used as tackifying resins for solvent......
2024-07-103、Polyamide resin preparation method Polyamide resins are usually produced by polycondensation of dibasic acids and dibasic amines, but there are many other preparation methods. (1)Acetic acid metho......
2024-07-091、Polyamide resin characteristics (1) Narrow softening point The unique advantage of polyamide resins is that they have an extremely narrow range of softening points, in contrast to the gradual curi......
2024-07-092. Classification of Fluorocarbon Resins According to its structure and performance characteristics, fluorocarbon resin can be divided into the following three main types: (1) PTFE (Polytetrafluoroe......
2024-07-08Fluorocarbon resins are fluorine-containing resins or polymers with a large number of C-F bonds in the molecular structure. Due to the large electronegativity of fluorine atoms, the carbon-fluorine bo......
2024-07-082. Uses of urea-formaldehyde resins The preparation process of urea-formaldehyde resin is relatively simple, and the main raw materials are urea and formaldehyde. Through the polycondensation r......
2024-07-05Urea Formaldehyde Resin (UF). It is made of urea and formaldehyde condensed into urea-formaldehyde resin under the action of catalyst, and then under the action of curing agent or additives, it forms ......
2024-07-05Why is furfural resin a treasure? The main reason is that it is derived from corn cobs, a waste product of agricultural production, and is transformed by chemical processing technology. This feature m......
2024-07-03
