1.2344 Material Die Casting Mold Parts Precision Mould Parts For Auto Parts Mould

Our Die-Casting and Molding Tools and Components are fabricated form high grade steel, iron and other ferrous and non-ferrous material. These sturdy and corrosion resistant tools and accessories are available in diverse tolerances, tempers and other technical and dimensional specifications.

All our tools and accessories can be manufactured as per the drawings and technical specifications provided by our clients. Based on our extensive R&D we are determined to put forth an all-inclusive range of accessories to meet the requirements of mould makers and die makers.Similar to the injection molding process, which uses another class of materials, die casting produces parts from a durable range of non-ferrous metals, such as zinc, magnesium, aluminum and an array of composite materials.

Product Detail

The type of metal chosen to fabricate the part determines whether the manufacturers will use the hot chamber or cold chamber method to inject the metal into the die.

Round shape core pin is die-casting parts,which is mostly used for threaded bottom holes and pin bottom holes.For the core pins, we use Japan imported materials and Japan imported heat treatment equipment.There are various customized sizes of the core pins. The width of shoulder, the diameter of the head, the size of positioning surface and the number of positioning surfaces all can be customized. Depending on the size of core pin,a single central cooling hole or stepped cooling hole can be customized.

Our products including: auto die-casting mold core pins and inserts, plastic mold core pins and inserts, movable core components, etc. They are widely used in medical, cosmetics, automotive die-casting, daily packaging, electronic appliances and automation and other industries.

Industries Served in Die Cast Parts
Automotive, Medical, Appliance & Outdoor Cooking, Communications,Furniture, Heavy Duty & Commercial Vehicle, Industrial,Power Equipment, Recreational Vehicle,Utilities

Advantages

(1) Produces complex parts to net shape, reducing secondary machining
(2) High-speed production compared to other manufacturing processes
(3) Die cast parts are durable and have a long service life
(4) Produces components with attractive, high-quality surface finishes
(5) Produces a broad range of shapes and surface textures
(6) Simplifies the assembly process by integrating fastening elements
(7) Die cast parts are dimensionally stable, maintaining accurate tolerances