Carbide mA fagen sarrafa kayan aikin polymer, ƙirar da ake amfani da ita don gyare-gyaren samfuran siminti na carbide ana kiranta filastik ƙera, ko filastik filastik a takaice. A cikin samar da samfuran filastik na zamani, fasahar sarrafa ma'auni, kayan aiki masu inganci da gyare-gyare masu tasowa ana kiran su da "ginshiƙai uku" na fasahar ƙera kayan filastik. Musamman ma, gyare-gyaren filastik suna taka rawar da ba za a iya maye gurbinsu ba wajen fahimtar bukatun fasaha na kayan aiki na sassa na filastik, da bukatun amfani da sassan filastik, da kuma buƙatun bayyanar kayan filastik. Babban inganci cikakken kayan aiki mai sarrafa kansa zai iya yin aiki kamar yadda ya kamata lokacin da aka sanye shi da gyaggyarawa da ke iya samarwa ta atomatik.
1. Carbide mold injection mold yana amfani da dunƙule ko fistan na allura inji don allura da filastik da narkakken robobi a cikin ganga cikin mold rami ta bututun ƙarfe da kuma zuba tsarin, da mold amfani da solidification ana kiransa allura mold. Ana amfani da gyare-gyaren allura musamman don gyare-gyaren samfuran thermoplastic. A cikin 'yan shekarun nan, ana ƙara amfani da su don gyare-gyaren samfuran filastik na thermosetting. Wannan nau'in nau'in nau'in filastik ne wanda ke da fa'ida mai fa'ida, adadi mai yawa, da fasaha balagagge. Saboda daban-daban kayan ko filastik part Tsarin ko gyare-gyaren tafiyar matakai, akwai thermosetting roba allura molds, tsarin kumfa allura molds, dauki gyare-gyaren allura molds, da gas-taimaka allura molds.
2. Carbide mold compression mold yana amfani da matsa lamba da dumama don narkewa da ƙarfafa filastik da aka sanya kai tsaye a cikin rami, wanda ake kira matsi. Ana amfani da gyare-gyaren gyare-gyaren don gyare-gyaren samfuran filastik na thermosetting, amma kuma ana iya amfani da su don gyare-gyaren samfuran filastik thermoplastic.
3. Tsarin allura yana amfani da plunger don ba da damar robobin filastik da narkakkar da ke cikin ramin ciyarwa don a yi musu allurar cikin rufaffiyar rami ta hanyar zubar da ruwa, kuma abin da ake amfani da shi don ƙarfafawa ana kiransa allura. Ana amfani da gyare-gyaren allura mafi yawa don gyare-gyaren samfuran filastik masu zafi.
Lokacin aikawa: Yuli-30-2024
