High Foam Aluminum Parts

It support full-dimensional personalized customization services, which can accurately adapt to the differentiated needs of different industry equipment, installation scenarios and performance parameters, eliminating the adaptation limitations of standardized products and creating exclusive parts solutions for customers. The entire customization service process is standardized, efficient and transparent, with one-to-one professional customer service and technical engineers docking throughout the process to ensure the accurate implementation of customization requirements.

Complete customization service process:

1. Demand communication and confirmation: Customers submit customization requirements such as product size, thickness, foam density, alloy material, application scenario, performance parameters and appearance technology. The technical team provides professional optimization suggestions based on industry experience.

2. Solution design and project initiation: Engineers draw exclusive drawings, formulate product process schemes, production standards and quotation details, and confirm the production cycle simultaneously.

3. Sample production and testing: Samples are produced according to the customized scheme and sent to customers for verification after initial internal inspection.

4.  Mass production: After customers confirm the samples are qualified, standardized mass production is launched with full progress tracking.

5.  Finished product acceptance and delivery: After completion, all products undergo full-quality inspection with test reports issued, and are delivered on schedule with customized packaging support.

6.  After-sales follow-up service: Track product usage after delivery, and provide one-stop services including installation guidance, after-sales commissioning and quality assurance.   

We have a wealth of customized landing cases covering multiple industries:

First, for the new energy industry, we customized high thermal conductivity and lightweight foam aluminum parts for enterprises, optimizing product porosity and aluminum layer thickness to meet the heat dissipation and shock absorption needs of equipment, solving the pain points of heavy weight and poor heat dissipation of traditional parts, and realizing long-term batch supply.

Second, for the smart home industry, we customized ultra-thin and corrosion-resistant It for high-end home appliance brands, adjusting alloy ratio and surface technology to meet the requirements of moisture resistance, lightweight installation inside home appliances, adapting to multiple home appliance models.

Third, for the industrial mechanical equipment industry, we customized high-strength zinc alloy and aluminum alloy composite foam parts for automation equipment manufacturers, strengthening structural stability and compression resistance to adapt to the high-frequency operation conditions of equipment and greatly extend equipment service life.

Fourth, for the communication equipment industry, we customized high-conductivity copper alloy It to optimize conductive and thermal parameters, ensuring stable operation, anti-interference and low loss of communication equipment.
 

It support a variety of high-quality alloy material options, mainly including aluminum alloy, zinc alloy and copper alloy. Different materials have excellent basic and special functions, which can adapt to various complex working conditions and high-end application requirements, with outstanding performance in casting processing, corrosion resistance, thermal and electrical conductivity, compression and wear resistance, structural stability and other aspects.

• Aluminum alloy: It has excellent casting performance with good fluidity in molten state and high forming accuracy, which can be processed into it with various complex structures such as ultra-thin, special-shaped and porous structures with few finished product defects and extremely low dimensional errors. It is lightweight with low density, which can effectively reduce the overall weight of equipment. It has excellent atmospheric corrosion resistance and oxidation resistance, not easy to rust or deform after long-term use. With superior thermal conductivity, it can quickly conduct heat generated by equipment operation and realize efficient heat dissipation, suitable for most lightweight and heat-dissipating equipment scenarios.

• Zinc alloy: It has strong adaptability to casting technology and high plasticity, with smooth and flat surface and high fitting degree after forming, meeting the processing requirements of precision parts. It has super strong corrosion resistance and wear resistance, strong tolerance to harsh environments such as humidity, acid-base and dust, and is not easy to be eroded and damaged. It features high structural hardness, good compression resistance and excellent mechanical stability, suitable for industrial heavy-load and high-frequency vibration equipment working conditions, with a service life far longer than ordinary material parts.

• Copper alloy: Its core advantages are ultra-high thermal and electrical conductivity, with efficiency much higher than aluminum alloy and zinc alloy, low resistance and low energy consumption, which can ensure stable power transmission and heat conduction of electronic, communication and precision electrical equipment. Meanwhile, it has good ductility and casting performance with stable processing and forming, excellent oxidation resistance and corrosion resistance, and is highly applicable in high-precision and high-stability electrical equipment scenarios.

To ensure the quality of each batch of it meets standards, we have established a full-process, multi-dimensional and high-standard inspection and testing system from raw material entry to finished product delivery, preventing defective products from entering the market, fully protecting customers' purchasing rights and enabling customers to purchase high-quality, high-stability and high-durability products 100%.

The complete inspection and testing process includes six core links:

1. Raw material incoming inspection: Conduct composition analysis, purity detection and hardness test on incoming aluminum alloy, zinc alloy and copper alloy raw materials to eliminate inferior raw materials with excessive impurities and control product quality from the source.

2.  In-process production inspection: Quality inspectors conduct regular inspections throughout the production and processing process, focusing on product dimensional accuracy, foam fitting degree and alloy forming state, correcting production deviations in time to avoid batch defects.

3.  Semi-finished product performance test: Test the thermal and electrical conductivity, corrosion resistance, compression and wear resistance and structural stability of semi-finished products in processing to screen out unqualified products.

4. Full-item inspection of finished products: After product completion, inspect the appearance flatness, dimensional tolerance, pore uniformity and surface technology one by one, and complete full-item tests of mechanical properties, physical properties and environmental adaptability simultaneously.

5. Sampling aging test: Conduct long-term high and low temperature aging, vibration aging and corrosion aging tests on random sampled products by batch proportion to simulate long-term service conditions and verify product durability and stability.

6. Final delivery verification: Recheck all qualified products, sort out complete quality inspection reports, material certificates and factory certificates, and pack and deliver products only after confirmation.

The complete and strict inspection and testing process is the core guarantee of product high quality, completely eliminating customers' purchasing concerns. Through layer-by-layer detection and screening, it can effectively avoid various quality problems such as product dimensional deviation, performance attenuation, easy corrosion, easy damage and poor stability, ensuring that every delivered part has accurate parameters, stable performance and unified quality. Customers can use our products in various high-end equipment and precision working conditions without quality hidden dangers. The product qualification rate, fitting degree and service life are far beyond the industry standards, realizing high-quality procurement and zero-risk use.

Production Process & Customer Benefits

It adopt a full set of standardized, refined and intelligent production processes. From raw material processing, alloy smelting, foam compounding, precision forming, finish machining and surface treatment to finished product maintenance, each process implements strict technological standards and controls production details layer by layer, ultimately bringing customers product values of high quality, high adaptability, high cost performance and high durability, ensuring customers worry-free procurement and use.
 

Detailed production process:
 

1. Refined raw material processing:

Screen, remove impurities, clean and dry alloy raw materials to eliminate impurities, moisture and oxides, ensuring raw material purity and basic processing performance.

2. Vacuum alloy smelting:

Adopt vacuum smelting technology to accurately control smelting temperature, time and ratio, making the alloy structure more uniform and improving material compactness and comprehensive performance.

3. Foam composite lamination:

Adopt high-pressure composite technology to seamlessly bond high-performance foam and alloy base materials, controlling composite thickness and pore uniformity to ensure firm lamination without falling off or hollowing.

4. Precision die-casting forming:

Adopt high-precision molds and automatic die-casting equipment for integrated product forming, accurately controlling product outline, size and structure to reduce forming errors.

5. CNC finish machining:

Conduct trimming, punching, grinding, precise cutting and other refined processing through CNC equipment to correct subtle dimensional deviations and ensure product installation accuracy.

6. Surface strengthening treatment:

Conduct anodizing, sandblasting, polishing, anti-corrosion coating and other treatments according to product requirements to improve product corrosion resistance, oxidation resistance, wear resistance and appearance.

7. Finished product stability maintenance:

Conduct constant temperature and humidity maintenance after completion to release internal stress and stabilize physical and mechanical properties, avoiding later deformation and performance attenuation.
 

The complete standardized process system brings multiple core benefits and guarantees to customers:

First, refined raw material and smelting processes improve material purity and structural stability from the source, avoiding later product cracking, corrosion and performance attenuation, greatly extending service life and reducing equipment operation and maintenance and parts replacement costs for customers.

Second, precise composite and forming processes ensure accurate product size and high fitting degree, perfectly adapting to customer equipment installation requirements without secondary processing, saving customers' processing time and labor costs and improving assembly efficiency.

Third, professional surface treatment processes strengthen product environmental adaptability, enabling products to adapt to complex working conditions such as humidity, high temperature, dust and acid-base, reducing product loss rate and ensuring long-term stable equipment

operation.

Fourth, full-process refined control realizes unified and undifferentiated batch product quality, avoiding batch quality problems and making customers' batch procurement more stable and worry-free. Fifth, mature production technology greatly improves product cost performance with more competitive prices under the same quality, helping customers control procurement costs and achieve cost reduction and efficiency improvement. The whole process empowers layer by layer, truly enabling customers to purchase at ease, use with confidence and save long-term worries.

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