Power tool powder-coated aluminum die casting
Aluminum die casting
Aluminum die casting is the most commonly used alloy in today's die
casting process because it is widely used in various products. One
of the main advantages of aluminum die castings is that they are
very light and can withstand the highest operating temperature of
all die casting alloys. Aluminum also has high dimensional
stability for complex shapes and thin-wall applications. Aluminum
die castings are also selected for their corrosion resistance and
good mechanical properties, making them the main choice for a wide
range of applications from consumer electronics enclosures to
marine applications. Aluminum die-casting parts also have high
thermal and electrical conductivity, and EMI shielding makes
aluminum an excellent choice for network and telecommunications
applications because it provides shielding performance while also
providing effective heat dissipation for internal electronic
components. The lightness of aluminum die castings makes them ideal
for handheld applications such as power tools and other portable
devices, and they are also widely used in automotive and aerospace
applications to reduce weight and save fuel. Aluminum die castings
are also easy to process to meet high precision requirements, and
can be easily chromated, anodized, painted or powder coated. The
lightness of aluminum die castings makes them ideal for handheld
applications such as power tools and other portable devices, and
they are also widely used in automotive and aerospace applications
to reduce weight and save fuel. Aluminum die castings are also easy
to process to meet high precision requirements, and can be easily
chromated, anodized, painted or powder coated. The lightness of
aluminum die castings makes them ideal for handheld applications
such as power tools and other portable devices, and they are also
widely used in automotive and aerospace applications to reduce
weight and save fuel. Aluminum die castings are also easy to
process to meet high precision requirements, and can be easily
chromated, anodized, painted or powder coated.
Industries using aluminum die castings:
Connector
Ship parts
Aviation parts
Automobile industry
electrical tools
Consumer electronics products
Computer computing
Network and Telecom
Handheld devices
| Specification | Customized,customer required,customer's drawings |
| Material | ADC12/ADC10/A380/A383/A390/413/AllSi9Cu3/AlSi10Mg,etc. |
| Application | Automobile, agricultural machinery, furniture, |
| construction, home appliances, electronics. |
| Process | High pressure die casting or Semi-solid thixoforming |
| Machining | CNC machining center, CNC lathe |
| Casting tolerance | IT4 - IT6 |
| Machining tolerance | +/- 0.005mm,ISO2768-f |
| Standard | DIN,ASTM,GOST,ISO,BS |
| Heat treatment | Annealing treatment,solution treatment ,T1,T2,T3,T4,T5,T6 |
| Unit weight | 5g-30kg |
| Dimensions | <=1500mm |
| Die casting machine specification | 150T-3000T |
| Certificate | ISO9001, TS16949,ISO1400,RoHS |
| Finish | Plating,Painting,Powder Coating,Polishing, Stoving
Varnish,Anodizing |
| Quality control | FEMA,PPAP,APQP,Control Plan,MSA, |
| Certificates for all requirements |
| Test reports for every delivery |
| Service | Weekly report,Key node report,Any questions will be answered within
24 hours. |
Benefits of die casting/aluminum die casting
Aluminum die casting is an efficient and economical process that
offers a wider range of shapes and components than any other
manufacturing technology. The parts have a long service life and
can be designed to complement the visual appeal of surrounding
parts. By specifying die castings, designers can obtain many
advantages and benefits.
High-speed production: Die casting of aluminum die castings can
provide complex shapes with more precise tolerances than many other
mass production processes. Little or no machining is required, and
thousands of identical castings can be produced before additional
tools are required.
Dimensional accuracy and stability: Aluminum die-casting parts
produced by die-casting are durable and dimensionally stable while
maintaining tight tolerances. They are also heat resistant.
Strength and weight: Aluminum die castings are stronger than
plastic injection molded parts of the same size. Thin-walled
castings are stronger and lighter than other casting methods. In
addition, since die castings are not composed of separate parts
welded or fastened together, the strength is the strength of the
alloy, not the strength of the joining process.
Multiple finishing technologies: Aluminum die castings can produce
products with smooth or rough surfaces, and they can be easily
electroplated or finished with minimal surface treatment.
Simplified assembly: Aluminum die-casting parts provide integral
fastening elements such as bosses and studs. The hole can be
punched and made into a size suitable for tapping and drilling, or
it can be cast with external threads.
