Your Excellent Supplier Of Aluminum Forging Service China

HDC-The leading Aluminum Forging Service Company In China

HDC’s high performance and strength in aluminum forging took the spot to be one of the most profitable machining companies. An ODM and OEM manufacturer like HDC has the means and capability to make your prototype or one-offs at a competitive price and in a short period of time.

We use any kind and grade of aluminum, we will guarantee your design and layouts will be secured and be done with high precision. The surface is also well-made with HDC, you can choose your own preference you would like your component to have. 

We will never be an IATF 16949:2016 certified manufacturer without our expert engineers and technical team. Knowing everything about a certain service and equipment has proved that HDC’s knowledgeable company has immense expertise in machining. 

Shipping and payment will never be a hassle here in HDC. We will let you decide which shipping (Courier, Sea shipping, Air shipping) and payment (T/T, L/C, D/P) you want for your own satisfaction. Trade terms are also available (FOB, CFR, DDU, DDP).

HDC also has the ability and capacity to offer CNC machining services, as well as plastic injection, sheet metal fabrication, laser cutting, aluminum extrusion, investment casting, pressure die casting and so much more!

We are glad to welcome you as our client and quote you within 1 working day. You will never regret letting HDC be your supplier for aluminum forging. Be with HDC! NOW.

Benefits of Outsourcing Aluminum Forging Service

companies access customized knowledge of experts and advanced technology by outsourcing aluminum forging services and therefore do not need to undergo a hefty financial stress while also ensuring that high standards are maintained. The businesses may be able to concentrate on their strategic goals by means of outsourcing non-core tasks as opposed to internalizing the same. Moreover, these entities may also benefit from cheaper production, shortened lead times, and risk reduction. We work with suppliers that have outstanding service, which is regulated by the state and respectful to the environment, while include countries all around the globe and flexibly adapt to the market changes. Overall, offshoring aluminium forging help to simplify the process, favours competitiveness, goes along with sustainability’s goals, so that’s a clever solution for those who looking to organize their manufacturing facilities and obtain top mark results.

Advantages and Disadvantages of Using Aluminum in Forging

Aluminum has the following benefits when it is utilized in forging processes: being light in weight, notable high strength-to-weight ratio, corrosion resistance and excellent thermal conductivity. The aluminum forgings, also, have been referred as of the best surface finish and dimensional accuracy that make them perfect for situations where complicated shapes of very fine tolerances are required. Moreover, aluminum being recyclable and sustainable at the same time makes it one of the most liked alternatives for environment. On the other hand, certain negative aspects should be looked at. Aluminum’s lower temperature melting and heat conducting properties create some difficulties for forging, which requires exacting temperature control systems and specialized machinery. Overall, it has fewer strength points when compared to steel which makes it unfit for high tension applications. Accordingly, forging aluminum involves more advanced methods and equipment and hence is more expensive than other materials. However, the materials of the conventional forming technique also have some limitations. Nevertheless, they usually give superior results in weight-related design, corrosion resistance and sophisticated composite structure.

Different Types of Aluminum Forging Process

1. Open-Die Forging: It is suitable for bigger parts and the ones with a simple geometry, in this process aluminum is shaped between two dies that do not enclose the material completely.
2. Closed-Die Forging: Shaping it to complex shapes and high precision, aluminum is pre-heated, then placed between two dies that fully encase the material, leading to the production of parts of very good detail.
3. Roll Forging: This technique thins the aluminum and makes it longer in the pair of cylindrical rolls, hence excellent for producing preforms or finished products like the shafts.
4. Seamless Rolled Ring Forging: It begins with a circular preform which then is punched and rolled into a ring which is then perfect for big, circular things such as bearings and flanges.
5. Flashless Forging: Eliminates material waste by filling up the whole die cavity without any spillage, best for smaller and highly detailed pieces.
6. Isothermal Forging: The process is regulated in a pressurized atmosphere to guarantee the ability to produce complex shapes using lower forces, especially convenient for difficult-to-forge materials.
7. Precision Forging: Making the parts with little machining left, achieves tolerances close to the die design, which is functional for many sophisticated applications.

Aluminum Alloys Used in Forging

The different aluminum alloys often chosen during forging include variety series which are individually selected for their unique chemical composition and mechanical properties to develop a forging for that particular application. undefined

• 2024 (2xxx series, Aluminum-Copper Alloy): Renowned for its excellent impact strength and good fatigue resistance, that is highly used in the aerospace field for airframe structures.
• 3003 (3xxx series, Aluminum-Manganese Alloy): As a bonus it have good workability and corrosion resistance. It is often used in the production of chemical equipment, kitchen utensils, and other goods that require good formability.
• 4047 (4xxx series, Aluminum-Silicon Alloy): Examples can be distinguished by their superb welding and good fluidity, applicable for welds and casting parts.
• 5052 (5xxx series, Aluminum-Magnesium Alloy): A combination of high strength, resistance to corrosion, and weldability, which is earmarked for marine and chemical use.
• 6061 (6xxx series, Aluminum-Magnesium-Silicon Alloy): It is most appropriate for such applications as frames and piping systems because of their excellent mechanical properties and anti-corrosion property.
• 7075 (7xxx series, Aluminum-Zinc Alloy): It provides the strongest option, employed especially in aircraft and military fields, for example, it is widely used for manufacturing airplanes parts and gears.

Different types of aluminum alloys present their unique characteristics and benefits accordingly. It is important to know the final product application requirements in order to pick out relevant aluminum alloy from strength, toughness, workability, and corrosion resistance perspective.

Application Industries of Aluminum Forging Parts

Aluminum forging being an essential element for multiple industries is because of its reason being lightweight, strong, and corrosion-resistant properties, that facilitate in the enhancement of mechanical performance and durability. In the aerospace and aviation field, it is of vital importance to the production of both lightweight and sturdy components such as the structure and engines of the aircraft. Aluminum forgings contribute to manufacturing strong, wear-resistant parts such as wheels and engine components in the automotive industry, which in turn helps in the fuel saving and minimizes emissions. Aluminum alloying applications range from defense and military usage to reliable vehicles and weaponry, to the energy sector use in the renewable energy system components for its robustness and corrosion resistance. Apart from that, aluminum forging can be used in industrial machines, electronics for heat dissipation, medical devices that are sterilizable, and sports equipment that is light in weight and strong in performance. This wide range of application techniques confirms aluminum forging’s mission to be a facilitator of innovation as well as an indicator of efficiency in various sectors of technology and industry.