Categorie: Aliaje pentru turnare sub presiune
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Zinc turnat sub presiune pentru automobile: Puterea tăcută din spatele componentelor de precizie ale vehiculelor
In the automotive industry, what is needed are parts that are not heavy, can withstand tough conditions, are very accurate, and are still affordable. Zinc die casting guarantees these assets. In particular, automotive zinc die casting has become a preferred manufacturing process for producing high-volume, complex parts with excellent dimensional accuracy and surface quality. Utilizing…
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Turnarea AlSi10Mg: Aplicații, proces și avantaje
Aluminum alloys are often picked for engineering purposes thanks to their good mechanical traits, lightweight, and corrosion resistance. Out of these, AlSi10Mg is known for its high performance in precision casting as well as in additive manufacturing. AlSi10Mg is an aluminum alloy with good performance, which is often selected for casting and additive manufacturing processes.…
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Turnare semisolidă sub presiune (SSDC): Beneficii și aplicații
Descoperiți puterea turnării semisolide sub presiune (SSDC) pentru crearea de componente metalice complexe, rezistente, cu defecte minime și economii de energie. Aflați despre reocasting, thixocasting și utilizările acestora.
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Turnare Prelucrare
Metal casting can not offer 100% accurate results. To meet the required specifications, foundries must do additional finishing tasks. Casting machining helps in this case. As you know, casting parts may come in various shapes and sizes. Multiple types of casting machining methods arise to accommodate these shapes. There are many types of casting processes.…
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Piese pentru mașini de turnare sub presiune
Descoperiți rolul vital al pieselor de mașini de turnare sub presiune bine întreținute în producție. Aflați cum formează aceste componente produse de calitate, funcțiile lor și importanța întreținerii regulate pentru eficiență și precizie.
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Aliaje pentru turnare sub presiune
Die Casting Alloys Die casting alloys are normally non-ferrous, and there is a large number available with a wide range of physical and mechanical properties covering almost every conceivable application a designer might require. Aluminum and zinc alloys are the most widely used, and are followed by magnesium, zinc-aluminum (AZ) alloys, copper, tin and lead.…