Sand casting parts Manufacturers

Custom Sand Casting Company. Aluminum sand casting is one of the fastest and most cost-effective casting methods adopted in the production of low volumes of aluminum casting parts, as tooling cost is very low. The parts are available to weigh from less than a pound to thousands of pounds.

Quality Low Pressure Aluminum Casting Suppliers. Low pressure aluminum casting is the most economical solution for the production of high quality aluminum parts. The molten aluminum alloy slowly fills the die by low pressure air, which is easy to control the air of pressure, to reducing turbulence and get very good quality casting parts.

Quality Aluminum die casting is a manufacturing process for producing accurately dimensioned, sharply defined, smooth or textured-surface aluminum parts through the use of reusable molds, called dies.

Our Professional Low pressure die casting is a common process used in foundries today. The molten aluminum alloy slowly fills the die under low pressure air. We can control the air of pressure, to reducing turbulence and get very good quality casting parts.

Hot selling Aluminum Gravity Die Casting Factory. Aluminum Gravity Die Casting is also called aluminum gravity casting. It is a permanent mold casting process for aluminum alloy, to produces very high quality surface finishes with thin walls and cast-in inserts so intricate shapes can be cast rapidly. It is the perfect choice for applications that require a solution that’s somewhere in between sand casting and high-pressure die casting.

Customized Zinc Die Casting Suppliers. Zinc die casting process is fast-cycling hot chamber die casting process. it utilizes a component called a gooseneck that is submerged in a furnace filled with molten metal. Metal automatically enters the shot chamber through a hole in the gooseneck. A vertical plunger then seals the hole and drives the metal into the back of the die with high pressure. There are one or more cavities, each an exact inverse replica of the parts, the quick chill and rapid solidification take place when the molten metal comes into contact with relatively cool steel. The part is ejected from the tool.