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Always one step ahead,constantly strive for new processes.
A fully integrated supplier of zinc, aluminum and magnesium die casting, and insert molding.
Always one step ahead,constantly strive for new processes.
A fully integrated supplier of zinc, aluminum and magnesium die casting, and insert molding.
Always one step ahead,constantly strive for new processes.
A fully integrated supplier of zinc, aluminum and magnesium die casting, and insert molding.
Always one step ahead,constantly strive for new processes.
A fully integrated supplier of zinc, aluminum and magnesium die casting, and insert molding.
Always one step ahead,constantly strive for new processes.
A fully integrated supplier of zinc, aluminum and magnesium die casting, and insert molding.
Always one step ahead,constantly strive for new processes.
A fully integrated supplier of zinc, aluminum and magnesium die casting, and insert molding.
Always one step ahead,constantly strive for new processes.
A fully integrated supplier of zinc, aluminum and magnesium die casting, and insert molding.
Always one step ahead,constantly strive for new processes.
A fully integrated supplier of zinc, aluminum and magnesium die casting, and insert molding.
Always one step ahead,constantly strive for new processes.
A fully integrated supplier of zinc, aluminum and magnesium die casting, and insert molding.
Automotive

Automotive

The Automotive industry is the largest single market for die castings. Die castings offers the most environmentally friendly and cost-effective way to boost vehicle performance, improve fuel efficiency, and reduce CO2 emissions while improving safety and durability. Automotive manufacturers and Tier-1 suppliers are turning more and more to aluminum and magnesium because they are much lighter than steel. The implementation of stringent emission norms by several countries and regions is propelling the growth of the market. The large-scale demand, domestic production, government initiatives, and availability of resources are the main drivers for the growth of the Automotive Die Casting Market in the Asia-Pacific region. China is one of the major producers of die casting parts and accounts for more than 60% of the Asia-Pacific region die casting market share.


Die castings can be used in wiper systems, engine systems, filter systems, air conditioning systems, precision compressor parts, shock absorption systems, braking systems, ABS systems, rear-view mirror systems, power steering control systems, motors for fuel vehicles End caps, pump housings, and more. For Electric Vehicle Parts, die casting is the ideal choice for components such as the motor housing, battery case, AC/DC converter enclosure, battery control ECU enclosure, on-board charger, HV/EV ECU enclosure, and others.

Benefits for the Automotive industry

Magnesium and aluminum components help weight reduction.

Precision die cast, thin-walled castings that provide superior shielding performance for electronic sensors and control units.

Die casting enables a high degree of design freedom in order to use materials in an ideal manner and helps to integrate several functions in one component. Housings for electrical, sensor and vision systems manufactured in all shapes and sizes.

A wide range of surface finishes from performance coatings to decorative finishes. 

Die casting processes offer promising application possibilities to replace other processing methods.

Consumer Electronics

Consumer Electronics

Many leading consumer electronics brands have chosen SinoForming as strategic supplier. We provide our customers with precision die casting parts that have part-to-part consistency over high volume production. In today’s world, each industry is continuously innovating rapidly, and the time-to-market and the ability to provide engineered, cost-effective solutions are critical. Our team provides innovative solutions to the challenges faced by our customers.


Die castings can serve as secure housings and interior enclosures of consumer electronic devices. Die casting is an efficient, economical process that offers a broader range of shapes and components than any other manufacturing technique. Die-cast components also have a long service life and may be designed to complement the visual appeal of the product. 


Product design engineers can benefit from the many advantages of specifying die-cast components as part of their next project.

Components can be produced with thinner walls than those obtainable by other casting methods.

Much stronger than plastic injection moldings.

Mass production allows millions of identical castings within specified tolerances.

Die castings can be easily plated or finished with a minimum of surface preparation.

Smoother surfaces than most forms of casting such as sand or permanent mold.

Holes can be cored and made to tap drill sizes.

External threads on parts can be included in the cast.

Include integral fastening elements, such as bosses and studs, lowering assembly costs.

Minimal draft angles on internal features.

Fully recyclable materials to achieve stricter product legislation.

By working with us we can advise on providing cast components, their benefit as well as their optimal design for your budget. This will help maximize performance and lower machining costs by saving tooling and secondary finishing requirements.
Telecommunication

Telecommunication

Advances in communications technology are moving at a pace never seen before. With the market continuing to diversify and expand the need for telecommunications products is growing and the supply chain needs to be particularly robust and reliable. Die-casting parts are applied to fiber optic transceivers, wireless network infrastructure and satellite antenna launching system. Aluminum die cast parts have high thermal and electrical conductivity as well as EMI shielding makes casting an excellent choice for enclosures for networking and telecommunication applications as it provides shielding properties while providing effective heat dissipation for the electronic components housed inside. 


Die Casting Benefits for Telecommunications

Superior EMI and RFI shielding properties.

High thermal and electrical conductivity.

Ability to create complex net shapes.

Consistent quality in high volumes production.

Dimensional accuracy and stability.

Cost-effective.

Tight tolerances achieved as cast.

Wide variety of surface treatment from functional coating to decorative finish.

Multiple alloys choices for different applications.