Professional custom die casting high quality CNC machine parts
service
Die casting is an efficient and economical manufacturing process.
It is used to produce geometrically complex metal parts that are
formed from reusable molds (called dies). The die casting process
involves the use of furnaces, molten metals, die casting machines
and custom molds for the parts to be cast. The metal is melted in
the furnace and then injected into the mold by a die casting
machine.
Die casting has many advantages:
- Accuracy:Die casting offers tight tolerances, around ±0.05mm. Post-machining
might be required for functional surfaces.
- Complex shapes:Die casting provides complex shapes within closer tolerances than
many other mass production processes.
- Rapid fabrication process:The fabrication process time is cut short due to the simplicity of
the process.
- Lower production costs:The production cost is reduced since post-machining operations are
reduced or eliminated.
Die-cast CNC machine parts are key components of mechanical and
structural systems, providing the following functions :- Structural
support for a wide range of components and products. - Promote
movement and interaction between different mechanical parts. -
Precise calibration and fittings for complex machinery. - Due to
the high strength of the material, it improves the durability and
service life of the product.
Material options
Aluminum
Aluminum has low weight, high strength, and high castability. It
has excellent thermal and electrical conductivity and can be
finished in an array of ways. Aluminum castings are naturally
corrosion-resistant.
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Zinc
Zinc is very ductile with high density. It is widespread,
affordable, and has the easiest castability. Zinc is prone to
corrosion and must be coated to manage the chances of rusting. Zinc
castings boast good impact resistance and surface characteristics.
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Magnesium
Magnesium has a very good strength-to-weight ratio. It is also
easily machined and well suited to the rigor of high-performance
applications.
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Copper
Copper is used for its electrical conductivity, high strength, and
dimensional stability. While the material may be a little pricey,
it has excellent wear and tears resistance.
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Capabilities for Die Casting Success:
- Hot & Cold Chamber Die Casting Machines: Offering the flexibility to handle various metals and production
requirements across diverse industries.
- Materials Expertise: Die casting aluminum, zinc, magnesium, and select copper alloys.
Guidance on choosing the ideal material for strength, weight,
corrosion resistance, and thermal performance.
- Die Design & Engineering: In-house design and production of robust dies optimized for long
lifespan and consistent part quality.
- Secondary Operations: Deburring, machining, plating, painting, and assembly services to
provide complete component solutions.
The difference in JYH die casting
Professional die casting service
At the forefront of die casting, JYH offers superior quality,
precision engineered die casting products. By employing
cutting-edge technology and sound processes, JYH ensures
first-class results in every die casting project
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Decades of experience in die casting
With more than a decade of experience in the die casting industry,
JYH offers unmatched reliability and skill in OEM services,
guaranteeing exceptional quality and detailed precision for every
die casting product.
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Global manufacturing strength
With JYH's extensive and interconnected global manufacturing
network, supply chain challenges can be met effortlessly,
especially in the field of die casting.
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Die casting expertise
JYH is committed to delivering superior die castings that meet the
unique requirements of Original Equipment Manufacturer (OEM)
customers. Our focus on die casting quality and precision sets us
apart.
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Features Of Die Casting in Best Parts
Compared with traditional casting, the same place is: the required
parts are obtained by pouring molten or semi-molten metal into a
mold, and then solidifying by cooling the metal. Differences from
traditional casting:
1. After the die casting process is poured, before the molten metal
enters the mold, it must first enter the pressure chamber, and then
pressurize it into the mold. This makes the filling speed of die
casting faster than that of ordinary gravity casting.
2.In the process of die casting, there will be a process of
pressurization and pressure holding. By applying pressure, the
internal density of the metal after solidification is better than
that of traditional castings.
Features Of Die Casting in Best Parts
Compared with traditional casting, the same place is: the required
parts are obtained by pouring molten or semi-molten metal into a
mold, and then solidifying by cooling the metal. Differences from
traditional casting:
- After the die casting process is poured, before the molten metal
enters the mold, it must first enter the pressure chamber, and then
pressurize it into the mold. This makes the filling speed of die
casting faster than that of ordinary gravity casting.
- In the process of die casting, there will be a process of
pressurization and pressure holding. By applying pressure, the
internal density of the metal after solidification is better than
that of traditional castings.
A
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Custom High Tolerance Die Casting Service For The Metal To Shape
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