Numerous achievements in the molding of multi-layer bottles such as 3-layer 3 types and 5-layer 3 types! Introducing multi-layer blow molding.
"Multilayering in blow molding" aims to meet required functions that cannot be satisfied by a single resin by using multiple resins. The molding method involves feeding different resin materials from multiple extruders into a single head, extruding a layered parison, and then performing blow molding. The multilayer bottles we produce can enhance the preservation of food by incorporating barrier resins in the layers, and can also provide resistance to organic solvents. We have a wealth of experience in molding multilayer bottles such as 3 types with 3 layers and 3 types with 5 layers, and we are equipped with molding machines capable of multilayer molding with up to 7 types and 7 layers. We can also accommodate other configurations based on customer requests. [Features] ■ Blow molding is performed by extruding a layered parison from different resin materials fed from multiple extruders into a single head. ■ Numerous achievements in molding multilayer bottles such as 3 types with 3 layers and 3 types with 5 layers. ■ Multilayer molding is possible with up to 7 types and 7 layers. *For more details, please refer to the PDF document or feel free to contact us.
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Daikyo Kasei Co., Ltd. has been expanding its business since its establishment in March 1959, primarily focusing on direct blow molding, while also addressing various needs through multi-layer blow molding, injection molding, and more. Our products are highly regarded across a wide range of industries, without being limited to specific sectors, including medical containers such as enemas and ointments, multi-layer containers for pesticides, food, and cosmetics, various containers for disinfectants and miscellaneous goods, as well as household and automotive parts like bellows and ducts. We are also actively tackling the recent issues related to plastic resources and have successfully developed prototypes using biomass plastics and new materials aimed at reducing plastic usage. Moving forward, we will continue to respond to increasingly diverse needs, striving for further improvements in molding and processing technologies, enhancing quality, and relentlessly pursuing cost reductions.