Dongguan Minghe Die Casting Company products

Aluminum is the most abundant metal element in the earth’s crust. It has good malleability, flexibility, conductivity and durability, the appearance is silver or dull grey. It’s the commonly die casting material as it exhibits excellent machinability. The die casting machine can manufacture unique and quality batch aluminum prototypes parts. Die Casting is just the perfect choice, the advantages are in the machining process, and that is the high precision and die casting aluminum. Aluminum High Pressure Die Casting is applied to molten cast aluminum in the mold cavity which is Similar to injection molding. Complex parts with sophisticated shapes can be made through aluminum die casting service. The precision die casting aluminum parts contains: Automobile engine block, rocker arm, carburetor, water pump housing, gearbox housing, clutch housing, steering housing and other parts of the production and more

Aluminium is a lightweight, non-magnetic, soft silver metal. By adding small amounts of elements such as copper, magnesium and zinc, aluminum can be made stronger. The unparalleled physical properties of aluminum allow it to be formed into almost any shape. It can be rolled into thick plates for armored tanks or thin foil for packaging, or it can be drawn into wire and made into cans. Aluminum invest casting is one of the most commonly used techniques for aluminum manufacturing. Due to its excellent characteristics and low project cost, aluminum invest cast parts are widely used in automotive, machinery, medical, aerospace, electronics and other industries.

Aluminum is a malleable silver white metal, soft and lightweight, suitable for sand casting. But for aluminum sand casting, it has unique challenges. 

High hardness, strong corrosion resistance, the best mechanical properties of commonly used die-casting metals, wear resistance, and strength close to steel. Conventional hot work die steels are available, such as H13, SKD61, DH-31S, 8407, W302. Due to the high temperature of the alloy liquid during the production of copper alloy die-casting, the thermal shock to the mold is greater, and the mold is more prone to thermal fatigue, cracks and cracks. Some heat shock-resistant materials are better now. For example, 8418 in Sweden and so on.

The molten titanium, after a certain degree of overheating, is poured into the die-casting chamber by pouring the crucible through the pouring cup. Under the pressure of the piston rod, liquid titanium enters the die-casting cavity from the die-casting cavity. The die casting is held in the die casting cavity and cooled before being taken out. Eliminate surface defects, such as cold separation, flow marks or as-cast, especially thin edges. Die casting should be preheated before die casting.The die casting is held in the die casting cavity and cooled before being taken out.

Cast steel can be divided into cast alloy steel and cast carbon steel according to its chemical composition.Steel casting refers to a process dedicated to manufacturing steel castings. Cast steel should be used when the strength of the casting is relatively high and the use of cast iron cannot meet the requirements. However, the liquidity of cast steel is not as good as cast iron, so the thickness of the casting structure should not be too small, and the shape should not be too complicated. When the silicon content is controlled at the upper limit, the fluidity of molten steel can be improved.

Silica sol process stainless steel casting belongs to investment casting or precision casting. It is a casting process with less or no cutting and is an excellent process technology in the foundry industry. It is not only suitable for casting of various types and alloys, but also produces castings with higher dimensional accuracy and surface quality than other casting methods. Even other casting methods are difficult to cast complex, high temperature resistant, and difficult to process castings. Can be cast by investment casting.

Bronze originally refers to copper-tin alloys, but it is customary in the industry to call copper alloys containing aluminum, silicon, lead, beryllium, manganese, etc. also bronze, so bronze actually includes tin bronze, aluminum bronze, aluminum bronze, beryllium bronze, Silicon bronze, lead bronze, etc. Casting tin bronze contains high tin content, while processing tin bronze contains low tin content. The tin content of tin bronze used for pressure processing is less than 6% to 7%, and the tin content of cast tin bronze is 10% to 14%.