With the rapid development of the new energy and infrastructure industries, the demand for high-end precision castings has surged. With technological advantages, enterprises have successfully developed a matrix of precision casting products that are suitable for multiple scenarios, covering materials such as stainless steel, carbon steel, and alloy steel, to support industry technological innovation with excellent performance.
In the field of new energy, the seismic performance of high-strength carbon steel connectors used in wind power equipment has been improved by 25%, meeting the extreme environmental requirements of offshore wind power; The ductile iron castings for new energy vehicle motors are designed with topology optimization to achieve lightweighting and help improve driving range. In terms of rail transit, the precision of aluminum alloy components in high-speed rail braking systems reaches ± 0.05mm, ensuring safe driving. In infrastructure projects, alloy steel hinges used for curtain walls in super high-rise buildings are strengthened through heat treatment, and their durability exceeds industry standards by 20 years.
Significant customer value: After a new energy enterprise adopted 316 stainless steel pump casing, the hydraulic efficiency of the photovoltaic inverter increased by 8%, and the system life was extended to 15 years; A certain state-owned enterprise's infrastructure project reduced the cost of customized curtain wall connectors by 15% and increased installation efficiency by 30%, helping the project to be delivered three months ahead of schedule. Our products have covered the high-end domestic market and exported to Europe and America. By 2025, overseas orders will account for 40%, and we have reached strategic partnerships with multiple international giants. The marketing director stated, 'We will continue to optimize our product portfolio and focus on exploring the Southeast Asian new energy infrastructure market
Practice green concept on the production side: the environmentally friendly shot blasting system achieves 100% recycling of sand materials, reducing energy consumption by 30%; Plan to build a zero carbon factory by 2027, using photovoltaic and energy storage systems to achieve 100% green electricity production. Experts point out that the widespread application of precision castings not only meets downstream demand, but also drives collaborative innovation in the industry chain through technology sharing, forming a benign ecosystem.
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