Plastic fingunt in plastic processus occupat ipsum situ, fingunt consilium gradu et vestibulum facultatem etiam reflects patriae industrialis vexillum. In recent years, the plastic molding mold production and level of development is very fast, high efficiency, automation, large, precision, long life of the mold accounted for an increasing proportion of the following from the mold design, processing methods, processing equipment, surface treatment and other aspects to summarize the The development status of the mold.
Plastic CUMATIUM modi et Fingite Design
Gas-assisted CUMATIONS, Gas-Assisted CUMATIONS non a technology, sed in annis non fuit celeri progressionem et cessum aliqua nova modi. Liquefied gas assisted injection is a preheated special vaporizable liquid injected into the plastic melt from the spray, the liquid is heated in the mold cavity and expanded by vaporization, making the product hollow and pushing the melt to the surface of the mold cavity, this method can be used for any thermoplastic. Vibrationis Gas-adiuvare iniectio est adhibere vibrationis industria ad plastic conflandum per oscillans productum compressi Gas ad consequi ad moderantum microctructure de productum et meliorem perficientur in productum. Quidam manufacturers convertere in Gas in Gas, assisted CUMATIO ad formare tenuior products et quoque producendum magnum cavum products.
Push-pull molding mold, open two or more channels around the mold cavity, and connected with two or more injection devices or pistons that can move back and forth, before the melt curing after injection, the injection device screw or piston moves back and forth to push and pull the melt in the cavity, this technology is called dynamic pressure-holding technology, its purpose is to avoid the problem of forming thick products with traditional molding methods will have a large shrinkage.
High pressure molding thin shell products, thin shell products are generally long process ratio products, more multi-point gate mold, but multi-point into the pouring will cause melt joints, for some transparent products will affect its visual effect, single point into the pouring and not easy to fill the cavity, so you can use high-pressure molding technology to molding, such as the US Air Force, the cockpit of the F16 fighter aircraft is produced with this technology, has adopted this technology to produce PC Auto windshield, high-pressure molding injection pressure is generally more than 200MPA, so the mold material should also choose a high Young's modulus of high strength just, high-pressure molding is the key to control the mold temperature, in addition to pay attention to the mold cavity exhaust must be smooth. Alioquin celeritate iniectio ducit ad pauperes exhauriunt et adficere plastic.
Calidum cursor Fingunt: in multi-cavum fingunt magis et magis usus calidum cursor technology, ad dynamicam in sectione technology est highlight de FORM Technology. Hoc modo quod fluxus plastic regulatur per foramen acus valvae, quod potest separatim pro se pro iniectio tempus, iniectio pressionem et alias parametri, permittens iniectio et meliorem qualitas certitudine iniectio. A pressura sensorem in fluunt alveum continuously records pressura campester in channel, quae rursus concedit et foramen valvae situ ad control et conflandum pressura ad esse adaequatum.
Fingit ad core iniectio CUMATIUM: in modum, fusile core factum ex humilitate liquescens punctum Alloy ponitur per fingunt ut inserta pro iniectio CUMATIUM. Fusibile Core est igitur remota per calefactio productum continet fusibile core. Hoc coronam modum adhibetur pro products cum universa cavas figuras, ut oleum fistulae aut exhauriunt tibiarum automobiles, et alia complexa informibus cavum core plastic partes. Alia products fingitur cum hoc genus fingunt sunt: tennis reticulo manubrio, automobile aqua sentinam, centrifuga calida aqua sentinam et spatii oleum sentinam, etc.
Iniectio / compressionem CUMATIUM Fange: Iniectio / compressionem CUMATIUM potest producendum humilis accentus. Optical proprietatibus boni products, processus est: MORD FINGUS Agricola (sed dynamic fixum fingunt non omnino clausit, relinquens gap postea compressionem (id est, ut ad conflandum est in fingunt), ut ad conflandum est in fingunt, et ad conflandum, aperire fingunt, et dimisit. In fingunt consilio, notandum quod cum fingunt non omnino clausit in principio fingunt claudendo, structuram fingunt debet disposito ne ad redundantiam materiam in iniectio.
Laminated mold: Multiple cavities are arranged overlapping in the closing side instead of multiple cavities in the same plane, which can give full play to the plasticizing ability of the injection machine, and this kind of mold is generally used in hot runner molds, which can greatly improve the efficiency.
Layer products iniectio Finge: Layer products iniectio CUMATIUM et co-extrusionem CUMATIUM et iniectio CUMATIUM characteres, potest consequi aliquam crassitudine alium materials in productum potest consequi ulla crassitudine, in 10mm per numerum potest pervenire millibus, in millia 10mm per singulos gradus potest pervenire in millibus. Hoc mori est actu compositum de an iniectio mori et multi-scaena co-extrusionem mori.
Mold slip molding (DSI): this method can be molded hollow products, but also molding a variety of materials composite products, the process is: closed mold (for hollow products, the two cavity halves are in different positions), respectively, injection, mold movement to the two cavity halves together, in the middle of the injection combined with the two cavity halves of the resin, this method of molding products compared with blow molding products, have good surface accuracy, high dimensional Accuratio, uniformis murum crassitudine, consilio libertatem. Murus crassitudine uniformitatem, consilio libertatem aliis commoda.
Aluminium Fingunt: A Point in plastic vestibulum technology est applicationem aluminium materiae, Cori developed Aluminium Aluminium plastic fingunt vitae potest pervenire plus quam 300,000 vestibulum plastic, vitae potest pervenire plus 500,000 tempora
High-celeritate milling, ad praesens, summus celeritas secans est ingressus in agro praecisione machining, eius positus accuracy est melior est ad 100um, ad CC. Mors Hydrostatic usque ad 200. Celerate Celerate Celerate Celerate Celerare ad CC. pervenire XXX ~ 60m / min. 60m / min, si usum magnam et pila cochlea et summus celeritate servo motricium, linearibus motricium et praecisione linearibus dux, feed celeritas potest etiam pervenire LX ~ 120m / min. Tool Mutare Tempus reducitur ad I ~ 2s eius processus asperitas ra <1um. Combined cum Nova Tools (Metal Ceramic Tools, PCBBN Tools, Special durum et Aurum Tools, etc.), potest etiam processionaliter duritia 60hrc. materiae. Et temperatus de machining processus solum resurget circa III gradus et scelerisque figura est valde parvum, praesertim idoneam formatam materiae, quae sunt sensitivo ad scelerisque deformatio temperatus (ut magnesii, etc.). V ~ 100m summus celeritate cutting cutting / s, potest plene consequi speculum superficiem vertit et speculum superficiem milling fingunt partes. In addition Conscidisti in cutting vi est parva, potest aliquid tenui, muratas et rigidum pauperes partes.
Laser Welding: laser Welding apparatu potest esse ad instaurare fingunt vel solet metallum accumsan ad augendam gerunt resistentiam ad fingunt, ad LXII HRC post laser fingunt processus. Microscopic welding tempus tantum 10-9 seconds, ita vitandum calorem translationem ad adjacent areas de Weld iuncturam. Generalis laser Welding processus adhibetur. Hoc non facit mutationes in metallurgical organization et proprietatibus de materia, nec non est causa warping, deformatio vel fregisset, etc.
Edm milling, etiam ut EDM technology. Est usus summus celeritas gyrationis simplex tubulosae electrode ad duo dimensiva vel tres dimensiva contour processus, et ideo non opus est creare universa coronam et electrodes.
Tria-dimensiva micromachining (dem) Technology: Dem Technology vincit vitia de longa et pretiosa machining circuitus Liga technology per combining tria principalis processus: altum etching, microform et electroforming et microwing. Est possibile est generare formae ad Micro partes ut Gears cum crassitudine tantum 100um.
Precise formatam trium-dimensiva cavis et Speculum electro-ignis processus integrationem tantum technology: modum addendi solidum microfine pulveris ad ordinaria et crescere ad effective et effective reductionem in duro et processionaliter Superficiem. In eodem tempore, usum mixta pulveris opus fluidum potest etiam formare altum duritiem plating layer super superficiem in fingunt workpiece ad amplio duritiem et gerunt resistentia fingunt in cavum superficiem.
Fingunt superficiem curatio
Ut amplio vita fingunt, praeter in conventional calor curatio modi, quae sequuntur sunt quaedam commune fingunt superficiem curatio et firmat artes.
Chemical curatio, eius progressionem flecte est ex infiltration unius elementum ad multi-elementum, ad multi-elementum co-infilurgration, compositionis et infiltration progressionem, a generali expositione (PCVD quod expectantibus vapor depositione).
Ion infiltration
Laser Superficiem Treatment: I Use laser trabem ad obtinendum maxime princeps calefactio celeritate ad consequi superficiem extinguat of metallum materiae. In superficie ad obtinendum altum ipsum valde Martensense crystallis, duritia quam conventional extinguitur iacuit XV% ~ XX% superior, cum cor laser superficiem non mutare, II, in partes laser obtain et non mutare, II, in partes laser obtinere summus perficientur superficiei inductum. Exempli gratia, post unalloyyed cum CRWMN compositum pulveris, ejus volumine gerunt est 1/10 illius ex quo extinguitur CRWMN, et ejus ministerium vita augetur ab XIV temporibus.
Laser melting treatment is the use of high energy density of the laser beam to melt the surface of the metal cooling treatment organization, so that the metal surface layer to form a layer of liquid metal cooling organization, due to the heating and cooling of the surface layer is very rapid so the organization obtained is very fine, if the cooling rate through the external medium to achieve high enough, it can inhibit the crystallization process, and the formation of amorphous state, so also Notum est laser liquescens an amorphi curatio, etiam quae laser linervia.
Rare Terrae Elementa Superficies Confirming: Hoc potest amplio superficiem structuram, physica, chemical et mechanica proprietatibus ferro, etc. Potest crescere penetrationem rate per XXV% ad XXX et breviaretur in processus tempus per quam 1/3. Communiter, sunt rara terra carbonis coecttrusion, rara terra carbon et nitrogen coecttrusion, rara terra boron coectratu, rara terra boron et aluminium coectratu, etc.
Chemical plating: quod est per chemical test metri in solutione ni PB, ut reductionem praecipitatio super superficiem metallum, ita ut obtinere ni-p, ni-B, etc. stola et in metallum superficiem. Ut amplio mechanica proprietatibus metallum, lucerna resistentia et processum perficientur, etc., etiam quod autocatalytic reductionem plating, non electroplating, etc.
Nanosurface curatio: Est a technology fundatur in Nanomaterials et alia humilis-dimensional non-aequilibrio materiae ad tempus, per specifica processus techniques, ad solidum superficiem materiae ad tempus, per propria processus techniques ad confirma solidum superficiem et superficiem novum munera.
(I) Nanocompososososososi est formatae per addendo nulla dimensiva vel unum-dimensional nanoplasmonic pulveris materiae ad conventional electrodepeeposition solutio ad formare nanocomitos coating. Nanomaterials can also be used for wear-resistant composite coatings, such as n-ZrO2 nanopowder materials added to NI-WB amorphous composite coatings, can improve the high-temperature oxidation performance of the coating at 550-850C, so that the corrosion resistance of the coating increased by 2 to 3 times, wear-resistant livelihood and hardness are also significantly improved.
(II) Nanostructured coatings habent significant improvements in vires, lenta, corrosio resistentia, gerunt resistentia, scelerisque lassitudine et alias facies coating et coating potest habere multiple proprietatibus simul.
Celeri prototyping celeri fingunt faciens
Processus ad conflandum iniectio CUMATIUM modum est formare metallum desolati iacuit super superficiem in prototypum, et tunc adorant accumsan est confirmat, et ad tabescet removeatur ad obtinendum metallum fingunt, cum altum liquescit ad conflandum materia potest facere per altum liquescens ad conflandum potest facere in altum superficiem duritiam 63hrc.
Dirige celeri vestibulum metallum Fingunt (DRMT) Rerum Selectae sunt: laser ut calor fons selectivam laser sincering (LENTRING) et Metal Technology Lom Technology Finge et Mode. Shrinkage has been reduced from the original 1% to less than 0.2%, LENS manufacturing parts density and mechanical properties than the SLS method is a great improvement, but there is still about 5% porosity, it is only suitable for the manufacture of simple geometry of the parts or mold.
Shape deposition manufacturing method (SDM) , using the welding principle to melt the welding material (wire), and with the thermal spray principle to make ultra-high temperature molten droplets deposited layer by layer forming, to achieve inter-layer cure bonding.
