Explore our high-performance machined components, profiles, and assemblies customized for structural, electronic, and industrial engineering applications.
Established in 1991, Foshan Golden Source Precision Manufacturing Co., Ltd. has evolved over three decades into a leading global provider of high-strength, ultra-precision custom aluminum profiles and machined architectural and structural hardware components. Spanning a modern, environmentally conscious production hub of 73,000+ square meters, we deliver complex mechanical assemblies, precision welded units, and high-fidelity CNC surface finishing.
Our in-house design, casting, mold development, extrusion, multi-axis milling, welding, and electro-chemical processing operations operate on a unified system. We support architectural framework, industrial automation, 3C consumer electronics, electric vehicles, rail transportation networks, structural interior architecture, and marine sports equipment with advanced engineering.
We offer direct material customization across families including 1XXX, 3XXX, 5XXX, 6XXX, and 7XXX alloy series, ensuring optimal yield strength, fatigue resistance, and anodizing quality.
Vertically integrated systems engineered to maximize dimensional accuracy, reduce manufacturing costs, and speed up lead times.
We melt and cast aluminum alloys in-house. This gives us tight control over the exact chemical compositions of our raw billets. By keeping trace elements in check, we achieve excellent mechanical properties in our extrusions, structural integrity under high loads, and high purity for clean surface finishes like anodizing.
Our facility handles every step of production under one roof, from extrusion and precision multi-axis CNC milling to custom surface finishing. By eliminating mid-process outsourcing, we lower transport costs and keep strict quality control in place. We deliver premium components at competitive prices.
Our integrated manufacturing line keeps production moving efficiently. Transitioning smoothly from billet casting to extrusion and high-speed CNC milling cuts down on delays. This allows us to offer shorter, reliable lead times that support just-in-time procurement schedules for global supply chains.
How our manufacturing capabilities solve design, engineering, and supply-chain challenges across global industrial sectors.
Our high-strength 6XXX and 7XXX alloy components meet the automotive industry's focus on lightweight design. We produce crash management systems, structural chassis links, battery enclosures, and precision acoustic profiles. These parts improve structural strength while reducing vehicle weight to extend EV range.
For consumer electronics, we manufacture thin-walled, heat-dissipating enclosures and structural frames. We use multi-axis CNC milling, ultra-fine sandblasting, and chemical anodizing to create premium, durable finishes. Our parts feature high thermal conductivity, EMI shielding, and precise tolerances.
We supply heavy-duty curtain wall structures, dynamic skylight hinges, and weather-resistant door profiles. These components are designed to withstand high wind loads and thermal expansion. Offered with bronze anodizing and electrophoretic coatings, they ensure long-term durability in challenging outdoor environments.
Engineered chemical structures and precision processing ranges to meet demanding applications.
To ensure stability under load and clean finishes after machining, we customize the microstructural phases of our aluminum alloys. By controlling the ratios of magnesium (Mg) and silicon (Si) in our 6000 series, we prevent cracking during extrusion and optimize the distribution of Mg2Si precipitates. For high-stress applications, our 7000 series alloys (like 7075) undergo custom aging treatments (T6, T651) to increase tensile strength while maintaining resistance to stress corrosion cracking.
| Alloy Class | Key Elements | Tensile Strength (MPa) | Machinability Index | Primary Industrial Applications |
|---|---|---|---|---|
| 1XXX Series (e.g. 1060) | Al ≥ 99.00% | 70 - 100 | Low | Busbars, heat transfer tubes, chemical process vessels. |
| 3XXX Series (e.g. 3003) | Mn (1.0 - 1.5%) | 110 - 160 | Medium | Heat exchangers, condenser cores, general sheet metal parts. |
| 5XXX Series (e.g. 5052) | Mg (2.2 - 2.8%) | 190 - 260 | Good | Marine fittings, fuel tanks, transport sheet components. |
| 6XXX Series (e.g. 6063) | Mg (0.45-0.9%), Si (0.2-0.6%) | 150 - 240 | Excellent | Intricate extrusions, architectural profiles, heat sinks. |
| 6XXX Series (e.g. 6061) | Mg (0.8-1.2%), Si (0.4-0.8%) | 260 - 310 | Excellent | Structural frames, precision CNC parts, automotive links. |
| 7XXX Series (e.g. 7075) | Zn (5.1-6.1%), Mg (2.1-2.9%) | 500 - 570 | Excellent | High-stress structural parts, aerospace fittings, climbing gear. |
A transparent breakdown of how material rates, processing times, and surface treatments influence our pricing structure.
OEM aluminum machining costs are calculated using a structured formula. This includes the raw material weight (adjusted to global metal markets like the LME/SHFE index), extrusion press time, CNC cycle times, tool wear, and surface treatment requirements. Performing casting, extrusion, machining, and anodizing under one roof helps reduce transport costs and eliminate middleman markups.
Calculated using current market rates per metric ton for raw ingots, plus a conversion fee for specific alloys (such as 6063, 6061, or 7075).
Custom profiles require an initial tool tooling investment. For high-volume production runs, this cost is fully amortized, which reduces the per-unit cost.
Pricing is based on the complexity of features. Multi-axis CNC milling, drilling, tapping, and tight tolerances (under ±0.01 mm) determine the cycle time cost.
Finishing costs depend on the type of treatment. Options range from standard industrial sandblasting and clear anodizing to specialized multi-stage bronze anodizing or powder coating.
Certified management, material traceability, and environmental compliance supporting international supply integration.
To serve global markets, we maintain a certified quality system. We operate under ISO 9001, ISO 14001, and ISO 45001 standards. Additionally, we hold newer, stringent environmental certifications like GRS (Global Recycled Standard) and RCV. These ensure our alloys use high proportions of recycled content, helping global brands meet circular economy requirements. All extruded and machined materials comply with the EU’s REACH and RoHS directives.
A recognition of clean production, environmental practices, and advanced manufacturing capabilities from both industrial groups and local authorities.
Answers to key questions regarding alloy chemistry, machining capabilities, and shipping processes.
Explore our custom architectural extrusions, marine hardware, and electronics enclosures.
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