国产一级 片欧美_日韩高清在线中文字幕一_特级黄色毛片在线观看_亚洲色大网站WWW_精品欧美军人同性videos_午夜福利1000集在线不卡_9277在线观看免费播放_久久精品无码一二三区_最新中文字幕大全是手机看片影视软件_亚洲色图视频在线

AKPEROX LPT is a general purpose MEKP for curing unsaturated polyester (UP) resins at room and elevated temperatures. LPT provides longer setting times than other ketone peroxides. It is particularly well suited for applications requiring longer set times, as well as for the production of large parts and coiled tubing. Recommended for use with vinyl ester resins. Suitable for gelcoat applications with low hydrogen peroxide and low water content to prevent bubbles and cracks in the surface quality.

AKPEROX L40S is used in conjunction with amine accelerators such as dimethylaniline, diethylaniline, and dimethyl-p-toluidine for room temperature curing of polyester and vinyl ester resins. The AKPEROX L40S/Amine system gives you an extremely fast cure that is virtually unaffected by humidity and fillers. AKPEROX L40S can be applied with isopropyl alcohol, methanol or acetone and then rinsed off from the spray equipment with soap and water.

AKPEROX HC9 with cobalt accelerator (AKCOBALT 10%) is used for curing unsaturated polyester resins at 60?C or higher. The main applications are artificial marble, polymer concrete, filament winding and air drying paints. AKPEROX HC9 in combination with cobalt accelerators and possibly amine accelerators (e.g. N,N Dimethylaniline) is also suitable for curing vinyl ester resins at room temperature. AKPEROX HC9 cures much faster in these resins than commonly used peroxides.

AKPEROX ER73 is used to cure unsaturated polyester (UP) resins at room and elevated temperatures in the presence of cobalt accelerators. (e.g. AKCOBALT 1% - 6%) The AKPEROX ER73 + cobalt accelerator combination provides faster curing than AKPEROX A50. The setting time of AKPEROX ER73 is usually similar to that of AKPEROX A50. Especially suitable for pipe production and continuous manufacturing applications such as continuous lamination, RTM, centrifugal casting, filament winding, etc.

AKPEROX ER60 FW 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 ER59 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 ER37 is used to cure unsaturated polyester (UP) resins at room and elevated temperatures in the presence of cobalt accelerators. (e.g. AKCOBALT 1% - 6%) The AKPEROX ER37 + cobalt accelerator combination provides faster curing than AKPEROX A50. The setting time of AKPEROX ER37 is usually similar to that of AKPEROX A50. Particularly suitable for pipe production and continuous manufacturing applications such as continuous lamination, RTM, centrifugal casting, filament winding.

AKPEROX ER34 is used to cure unsaturated polyester (UP) resins at room and elevated temperatures in the presence of cobalt accelerators. (e.g. AKCOBALT 1% - 6%) The AKPEROX ER34 + cobalt accelerator combination provides faster curing than AKPEROX A50. The setting time of AKPEROX ER34 is generally similar to that of AKPEROX A50. Especially suitable for pipe production and continuous manufacturing applications such as continuous lamination, RTM, centrifugal casting, filament winding, etc.

AKPEROX ER33 is used to cure unsaturated polyester (UP) resins at room and elevated temperatures in the presence of cobalt accelerators. (e.g. AKCOBALT 1% - 6%) The AKPEROX ER33 + cobalt accelerator combination provides faster curing than AKPEROX A50. The setting time of AKPEROX ER33 is faster than both AKPEROX A50 and AKPEROX ER34. It is particularly suitable for pipe production and continuous manufacturing applications with high production rates, such as continuous lamination, RTM, centrifugal casting, filament winding.