1.UV curing water-based coatings Due to the conventional UV curing coatings used in the active diluted monomer has a strong irritating odour, will produce greater stimulation of human skin, coupled with the curing of the residual diluted monomer after the impact of the product’s various safety indicators, so that the application of conventional UV curing coatings is limited. With conventional UV-cured coatings, water as the main solvent UV-cured waterborne coatings can effectively improve product safety performance, irritating odour is very small, almost reasonably negligible, UV-cured waterborne coatings viscosity is low, suitable for spraying, and gradually become one of the main directions of the development of UV-cured coatings. UV-cured water-based coatings are mainly composed of photoinitiators, zwitterionic polymers, water and additives, due to the water-based coatings using zwitterionic polymers with unsaturated groups, and water-based coatings have good hydrophilicity, so the relevant staff need to add a certain degree of hydrophilic groups or chains in the zwitterionic polymers, commonly sulfonic acid, tertiary amine chain and so on. Research shows that the comprehensive performance of polyurethane acrylate coating is the best. 2. Improved UV curing coatings Ordinary UV curing coatings mainly unsaturated polyester, polyurethane acrylate and epoxy acrylate as the main zwitterionic polymers, and then add the appropriate amount of active diluents and photoinitiators, in order to ensure that UV curing coatings to get a wider range of applications, the relevant researchers developed UV nanocuring coatings and UV curing silicone coatings and so on. Among them, the interface effect and volume effect of UV nano-curable coatings are more obvious, which has become a hot spot of research in the past few years. SiO2 particles into the UV curing epoxy acrylate coatings, can effectively improve the curing rate of the coating film, to ensure that the hardness and thermal stability of the coating film has been comprehensively improved, but the coating is very easy to particle dispersion phenomenon, the relevant researchers in order to better solve the problem, in the nano-coating by adding a certain amount of TiCL4 and triethanolamine, which effectively prolongs the coating of the chalking resistance. Time. UV-cured silicone coatings have good high temperature resistance and electrical insulation properties, in the field of electricity and printing to get a better application, in order to ensure that the UV-cured silicone coatings are efficiently applied, the relevant researchers often cross-linking silicone molecules for curing, so that the silicone molecules to form a more stable mesh structure, reduce environmental pollution. 3.UV Curing Powder Coating UV curing powder coatings is a common powder coatings and UV curing technology combined with the new technology, UV curing powder coatings in the melting process, the resin will not occur curing, so that the coating levelling and bubble removal operation can be carried out smoothly, to prevent the heat curing powder coatings appear orange peel phenomenon. UV curing technology can ensure that the coating heating and curing temperature is better reduced, not only can improve the production efficiency, but also effectively save the amount of energy use, for UV curing powder coatings to open up a broader application space. In order to ensure that the UV-cured powder coatings impact resistance to get better, the relevant researchers in the polyester molecular chain to introduce a section of the softer molecular chain, the formation of amorphous and semi-crystalline unsaturated ester resins of two different structures, which is applied to the UV-cured powder coatings vegetation, can effectively improve the film’s positive impact strength and anti-impact strength, and effectively shorten the curing time of the coating. Combined with a large number of research data show that the key to affect the solvent resistance and adhesion of UV-curable powder coatings is the degree of curing, through reasonable control of the solvent resistance of the coating, can ensure that the degree of curing of the coating reaches 99%. The addition of quantitative modified and unmodified hyperbranched resin in UV-curable powder coatings can ensure that the glass transition temperature of the resin system continues to decline from the original 47.21 ℃ to 42.97 ℃.  

지금 문의하세요!

가격이 필요한 경우 아래 양식에 연락처 정보를 입력해 주시면 보통 24시간 이내에 연락드리겠습니다. 이메일을 보내셔도 됩니다. info@changhongchemical.com 근무 시간(오전 8시 30분~오후 6시, 월~토요일)에 문의하거나 웹사이트 라이브 채팅을 이용하면 신속하게 답변을 받을 수 있습니다.

Related product references: For formulation review or sourcing comparison, see CHLUMINIT TMO 및 CHLUMINIT 819.