Aluminum extrusion is a common processing technology that produces aluminum profiles of various shapes and sizes by pressing aluminum alloy into a mol...
Read MoreZinc alloy also has the characteristics of corrosion resistance and can maintain good performance in various harsh environments. Automotive interior parts are often exposed to various chemicals and moisture, and are easily affected by corrosion and oxidation. Zinc alloy has good corrosion resistance, can resist the erosion of various corrosion factors, and maintain its long service life and appearance quality.
Zinc alloy, as an environmentally friendly material, also meets the requirements of the automotive industry for environmental protection. The production process of zinc alloy is relatively simple, which can reduce the consumption of energy and resources and reduce environmental pollution. At the same time, zinc alloy can be recycled and reused to reduce the generation of waste, which is in line with the concept of sustainable development.
In addition to its application in automotive interior parts, zinc alloy is also widely used in the manufacture of other automotive parts. For example, engine parts, chassis parts, transmission system parts, etc. can all be made of zinc alloy materials to improve the strength, wear resistance and corrosion resistance of parts, thereby improving the performance and reliability of the whole vehicle.
1. Drawings or Samples | We get the drawings or samples from customers. |
2. Drawings Confirmation | We will draw the 3D drawings according to the customers' 2D drawings or samples, and send the 3D drawings to customers for confirmation. |
3. Quotation | We will quote after getting the customers' confirmation, or quote directly according to customers' 3D drawings. |
4. Making Moulds/Patterns | We will make molds or pattens after getting the mold orders from the customers. |
5. Making Samples | We will make real samples using the molds and send them to customers for confirmation. |
6. Mass Producing | We will produce the products after getting the customers' confirmation and orders. |
7. Inspection | We will inspect the products by our inspectors or ask the customers to inspect together with us when finished. |
8. Shipment | We will ship the goods to the customers after getting the inspection result and the customers' confirmation. |
Process: | 1) Die Casting / Profile Extrusion |
2) Machining: CNC turning, Milling, Drilling, Grinding, Reaming and Threading | |
3) Surface Treating | |
4) Inspection and Packaging | |
Material Available: | 1) Aluminum Alloys Die Casting: ADDC10, ADC12, A360, A380, ZL110, ZL101, etc. |
2) Aluminum Alloys Profile Extrusion: 6061, 6063 | |
3) Zine Alloys Die Casting: ZDC1, ZD2, ZAMAK 3, ZAMAK 5, ZA8, ZL4-1, etc. | |
Surface Treatment: | Polishing |
Shot Blasting | |
Sandblasting | |
Powder Coating | |
Anodizing | |
Chrome Plating | |
Passivation | |
E-coating | |
T-coating | |
etc. | |
Tolerance: | +/-0.01mm |
Weight Per Unit: | 0.01-5KG |
Order Lead Time: | 20-45 Days (According to the Quantity and Complexity of the Product 1 |
1. Drawings or Samples | We get the drawings or samples from customers. |
2. Drawings Confirmation | We will draw the 3D drawings according to the customers' 2D drawings or samples, and send the 3D drawings to customers for confirmation. |
3. Quotation | We will quote after getting the customers' confirmation, or quote directly according to customers' 3D drawings. |
4. Making Moulds/Patterns | We will make molds or pattens after getting the mold orders from the customers. |
5. Making Samples | We will make real samples using the molds and send them to customers for confirmation. |
6. Mass Producing | We will produce the products after getting the customers' confirmation and orders. |
7. Inspection | We will inspect the products by our inspectors or ask the customers to inspect together with us when finished. |
8. Shipment | We will ship the goods to the customers after getting the inspection result and the customers' confirmation. |
Process: | 1) Die Casting / Profile Extrusion |
2) Machining: CNC turning, Milling, Drilling, Grinding, Reaming and Threading | |
3) Surface Treating | |
4) Inspection and Packaging | |
Material Available: | 1) Aluminum Alloys Die Casting: ADDC10, ADC12, A360, A380, ZL110, ZL101, etc. |
2) Aluminum Alloys Profile Extrusion: 6061, 6063 | |
3) Zine Alloys Die Casting: ZDC1, ZD2, ZAMAK 3, ZAMAK 5, ZA8, ZL4-1, etc. | |
Surface Treatment: | Polishing |
Shot Blasting | |
Sandblasting | |
Powder Coating | |
Anodizing | |
Chrome Plating | |
Passivation | |
E-coating | |
T-coating | |
etc. | |
Tolerance: | +/-0.01mm |
Weight Per Unit: | 0.01-5KG |
Order Lead Time: | 20-45 Days (According to the Quantity and Complexity of the Product 1 |
Aluminum extrusion is a common processing technology that produces aluminum profiles of various shapes and sizes by pressing aluminum alloy into a mol...
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Read MoreAs a high-quality casting material, zinc alloy has attracted much attention for its good castability, mechanical properties, corrosion resistance and cost-effectiveness. In the field of automotive interior parts manufacturing, zinc alloy die-casting technology has quickly occupied a place in the market due to its advantages of high precision, high efficiency and low cost. This technology can not only meet the strict requirements of automotive interior parts for aesthetics, functionality and durability, but also achieve precise molding of complex structures, providing more possibilities for automotive interior design.
1. Application status of zinc alloy automotive interior parts die-casting
Decorative interior parts: Zinc alloy die-casting technology is most widely used in decorative interior parts. These interior parts are often located in prominent positions in the car, such as door handles, shift levers, center console decorative strips, etc. They are not only a symbol of vehicle luxury and quality, but also an important medium for the driver to interact with the vehicle. Zinc alloy die-casting parts have a unique metallic texture and visual impact for these decorative interior parts due to their delicate texture, shiny luster and precise size control. Through surface treatment processes such as electroplating and spraying, its appearance texture and corrosion resistance can be further improved.
Functional interior parts: In addition to decorative interior parts, zinc alloy die-casting technology is also widely used in the manufacture of various functional interior parts. Although these interior parts are not directly involved in the driving process of the vehicle, they are essential for improving the comfort and convenience of the driver. For example, seat adjustment buttons, air-conditioning outlet adjustment knobs, storage compartment frames and other parts can be manufactured using zinc alloy die-casting technology. Not only can they achieve precise size control and good hand feel, but they can also withstand frequent operations in daily use without being easily damaged. The strength and hardness of zinc alloy also allow it to be used in some parts that need to withstand certain pressure or impact.
Safety-related interior parts: With the continuous improvement of automobile safety performance, more and more interior parts are given safety-related functions. Zinc alloy die-casting technology also plays an important role in this field. For example, the seat belt buckle, airbag trigger and other parts can be manufactured by zinc alloy die-casting technology to ensure its reliability and stability at critical moments. The high strength and good corrosion resistance of zinc alloy enable these parts to maintain stable performance in harsh working environments, providing strong protection for the safety of drivers.
2. Technical characteristics of zinc alloy automotive interior die-casting
High-precision molding: Zinc alloy die-casting technology can achieve high-precision molding effects. During the die-casting process, the molten metal is injected into the mold cavity under high pressure and quickly cooled and solidified to form the required shape. Because the mold is very precise and can be reused, the die-casting can maintain extremely high dimensional stability and shape consistency. This high-precision molding feature makes zinc alloy die-casting widely used in automotive interior manufacturing.
Complex structure realization: Zinc alloy die-casting technology can also achieve precise molding of complex structures. By designing complex mold cavities and reasonable pouring systems, die-castings with complex internal structures and fine surface textures can be manufactured. This ability gives zinc alloy die-castings a unique advantage in manufacturing automotive interiors with complex shapes and functional requirements.
Efficient production: Zinc alloy die-casting technology has the characteristics of efficient production. Since the die-casting process can achieve rapid prototyping and automated production, it can greatly improve production efficiency and reduce production costs. This efficient production feature makes zinc alloy die-casting parts a very competitive choice in automotive interior manufacturing.
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