Akpa

EFOX BPIC S75 can be used for the polymerization and copolymerization of styrene in the temperature range of 95 - 125 °C. It can be used for the polymerization of styrene in the temperature range of 95 - 125 °C. During the polymerization process, the temperature rises gradually. EFOX BPIC S75 is used as an initiator for the solution co-polymerization of acrylates and methacrylates in the temperature range of 100 - 170 °C, as well as for other products in the production of coatings. EFOX BPIC S75 can also be used as an initiator for the native and suspension copolymerization of acrylates and methacrylates.

EFOX 160 is used for the curing of highly filled methacrylic resins, usually in combination with other curing agents with different reactivities, e.g. EFOX 30 (TBPB). AKPEROX PK 295 S50 or EFOX 10. EFOX 160 shows high reactivity at elevated temperatures, which is reflected in its low activation temperature and relatively long service life at ambient temperatures. EFOX 160 is mainly used in combination with low-activity peroxides to ensure a good final cure. These peroxide combinations can be successfully used in applications that require long gelling times at room temperature and fast curing at high temperatures between 60°C and 140°C. The application areas can be in-situ curing. Applications can be cured-in-place pipe (CIPP), pultrusion molding, filament winding, artificial marble manufacturing. The following dosage levels are recommended depending on working conditions: EFOX 160 by itself: 1.0 to 2.0 phr EFOX 160 as a foamer: 0.5 to 1.0 phr

AKPEROX HC75 in combination with a cobalt accelerator (AKCOBALT 10%) cures unsaturated polyester resins at 60˚C and higher temperatures and is suitable for curing systems. AKPEROX HC75 with cobalt accelerators can be used, for example, for artificial marble, polymer concrete, filament winding and air drying paints. The combination of AKPEROX HC75 with cobalt accelerators and possible amine accelerators (e.g. N,N Dimethylaniline) is also suitable for ambient temperature curing of vinyl ester resins. AKPEROX HC75 cures much faster in these resins than the commonly used peroxide AKPEROX LPT.

AKPEROX HC10 has been developed for the curing of unsaturated polyester resins in combination with cobalt accelerators in the temperature range of 60-120˚C. AKPEROX HC10 with cobalt accelerators can be used for artificial marble, polymer concrete, filament winding and air drying paints. AKPEROX HC9 in combination with cobalt accelerators and possible amine accelerators (e.g. N,N Dimethylaniline) is also suitable for ambient temperature curing of vinyl ester resins.

AKPEROX HC9-D has been developed to cure unsaturated polyester resins in combination with a cobalt accelerator (AKCOBALT 10%) in the temperature range of 60˚C, while higher applications are suitable for AKPEROX HC9-D plus cobalt accelerator cans such as synthetic marble, polymer concrete, fiber wrapping, and air-drying paints. The combination of AKPEROX HC9-D with cobalt accelerators and possibly amine accelerators (e.g. N,N Dimethylaniline) is also suitable for ambient temperature curing of vinyl ester resins. AKPEROX HC9-D cures much faster in these resins than the commonly used peroxide AKPEROX LPT.

AKPEROX ER14 is used to cure unsaturated polyester (UP) resins at room and elevated temperatures in the presence of cobalt accelerators. (e.g. AKCOBALT 1% - 6%) Particularly suitable for pipe production and continuous manufacturing applications such as continuous lamination, RTM, centrifugal casting, filament winding.

AKPEROX Catalyst K S50 is an initiator for high pressure ethylene polymerization in autoclave and tube processes.