China High Cure Cationic Thermal Initiator Manufacturers Factory Suppliers
-
High Cure Cationic Thermal InitiatorCTI-300 is a closed iodonium antimonate cationic initiator with low deblocking temperature, high solubility and high curing reaction activity for epoxy compounds.read more
-
Low Temperature Cationic Thermal InitiatorIn the microelectronics industry, where the drive for higher performance and miniaturization continues, the materials used for encapsulation and circuit formation are critical to end-product...read more
-
High Stability Cationic Thermal InitiatorCTI-360 is a blocked phosphate cationic initiator with a slightly higher deblocking temperature but better storage stability. It is especially suitable for systems such as alicyclic epoxy and...read more
-
Highly Active Cationic Thermal InitiatorCTI-200 is a closed iodonium antimonate cationic initiator with low deblocking temperature and higher reaction activity than CTI-100 initiator. It is especially used in systems that are not...read more
-
Non-yellowing Cationic Thermal InitiatorCTI-100 and CTI-150 are blocked sulfonium antimonate cationic initiators with low deblocking temperature and high curing reaction activity for epoxy compounds, but have excellent storage...read more
WebDec 4, 2011 · Light-induced cationic polymerization is one of the most efficient methods to rapidly cure monomers that are inactive toward radical species; different types of...
WebJan 31, 2018 · Very recently there have been reports in the literature about dual-cure initiating systems based on pyrylium salts . The molecule 2,4,6-triphenylpyrylium...
WebHighly reactive photothermal initiating system based on sulfonium salts for the photoinduced thermal frontal cationic polymerization of epoxides: a way to create carbon-fiber...
WebA new combination of sulfonium salts has been investigated to cure opaque and thick carbon composite materials through photoinduced thermal frontal polymerization...
WebMay 15, 2020 · Herein, we present the decomposition of a thermal initiator through the heat released by photopolymerization of a high-performance photoinitiating system upon...
WebIt is known that photoacid generators (PAG) used for cationic photopolymerization, especially iodonium- and azonium-based ones, are able to oxidize free radicals to form initiating cations....
