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The products stand out with multiple core strengths: First, ultra-high precision control—relying on advanced equipment such as CNC machining centers and wire-cut electrical discharge machines, key dimensional tolerance reaches ±0.02mm and surface roughness Ra ≤1.6μm, enabling seamless assembly without extensive subsequent machining and greatly improving installation efficiency.
Second, superior material performance—adopting high-quality corrosion-resistant aluminum alloys (e.g., Mo and Zr modified alloys) and 6063 aluminum alloy, which features excellent tensile strength (≥260MPa) and resistance to chloride ion corrosion and ultraviolet aging, ensuring stable service in harsh environments.
Third, reliable quality guarantee—advanced full-process precision control from melting (720-760℃) to homogenization (540-550℃) achieves a product qualification rate of over 99%. Additionally, the green lightweight design, optimized via topology technology, makes them 15-20% lighter than traditional castings, reducing transportation and system load costs.
These precision casting products serve as the "musculoskeletal" of photovoltaic systems, significantly enhancing the reliability and service life of photovoltaic systems (design life ≥25 years) and effectively lowering the whole-life cycle costs including procurement, installation, and operation and maintenance.
By integrating high precision, durability, and environmental friendliness, they play a vital role in promoting the lightweight, energy-saving, and green transformation of the photovoltaic industry. Fully certified by ISO9001 quality management system and ISO14001 environmental management system, the products have gained wide trust from major global photovoltaic enterprises.
They are widely used in large-scale ground PV power plants, distributed rooftop PV projects, and offshore PV farms, providing strong support for the global energy transition and carbon neutrality goals.
