High thermal conductivity, high electrical conductivity, high density materials – Create solutions in terms of performance for electronics, aerospace, cars and other industries.
In the context of high -end manufacturing, constantly putting higher requirements on the performance of materials, the manufacturing materials of metal additives inaugurate a series of key technological breakthroughs. Recently, the new Zhongti materials have launched a new very thermal conductivity and driver’s aluminum alloy powder –CNPC-Al0407With its excellent complete performance, this product should widen the limits for applying 3D printing in many basic areas such as aerospace, electronic communications and new energy vehicles.
Material innovation: high -end aluminum aluminum alloy powder that reveals performance bottlenecks
CNPC-Al0407 is an aluminum alloy powder printed in 3D with high thermal conductivity, high electrical conductivity and excellent mechanical properties. Thanks to the in -depth optimization of the new Zhongti materials in the process of formulation and printing of materials, the material reaches a conductivity of more than 50% of IAC and a thermal conductivity of up to 200 W / M · K · K · far exceeds the limits of performance of traditional aluminum alloy powders.
Not only is that, the Al0407 powder has good adaptability in traditional 3D metallic printing technologies such as selective laser fusion (SLM) and the fusion of the electron beam (EBM), showing excellent fluidity and molding precision, and can reach a single molding of complex structural parts, considerably improving the efficiency and quality of printing.
Diversified application scenarios to empower advanced manufacturing
The launch of CNPC-Al0407 aims at basic application scenarios with high technical thresholds:
– High conductivity: Meets the needs of precision circuits, electromagnetic shielding and other scenarios, and is suitable for conductive connectors;
– High thermal conductivity: Can do heat more efficiently, reduce the work temperature of equipment, improve the stability and lifespan of the equipment, considerably improve the overall performance of the system and suit the heat alcohol components (such as electronic chip radiators and LED cooling modules);
– Light heat dissipation: High thermal thermal combination aluminum alloy powder has not only excellent thermal dissipation performance, but also low -density aluminum alloy can reach light radiators in aerospace, automotive electronics and other fields thanks to a flexible 3D printing design;
– Low oxygen content and high fluidity: Make sure the printing process is stable, the density of molded parts reaches more than 99.5% and reduces subsequent treatment costs.
Advanced technology: AMP powder manufacturing technology leads to industrial breakthroughs
CNPC-Al0407 adopts AMP powder technology developed independently by Zhongti New materials. This process works exceptionally by accurately controlling the proportion of alloy elements, improving the consistency and efficiency of powder production, and provides strong support for industrial mass production.
Compared to traditional viga and Eiga aerosolization technologies, the AMP process has the following significant advantages:
– High quality: The powder has a high spherical shape, excellent fluidity and a low satellite powder content, which considerably improves printing performance;
– Lower cost: Effective size of the particles of the production target and efficient production of production costs;
– Higher yield: Can be produced continuously, the production cycle is shorter than other processes, and the monthly production of each production line can reach 15 tonnes.
With the launch of CNPC-Al0407, the new Zhongti materials demonstrate not only its technical resistance in the preparing of metallic powder, but also provides strong support for additive manufacturing to evolve towards higher performance, a larger application and a larger scale. The industrialization of highly thermally conductive aluminum alloys will undoubtedly open more possibilities for 3D printing in the fields of electronic heat, light structures, intelligent equipment, etc.
About Zhongti New Materials
Zhongti New Materials Technology Co., Ltd. focuses on the research, development, production and application of high -performance metal materials and serves many areas such as additive manufacturing (3D printing), aerospace, automotive manufacturing and biomedical applications. The company has mastered advanced powder manufacturing technology for aluminum alloys, titanium alloys and other metal materials, and has the complete capacity of independent research and development, production and sales. Zhongti New Materials has always joined the concept of green, low carbon and sustainable development and has passed many international authoritarian certifications, has experienced a good reputation in national and foreign markets, helping the upgrading of materials and technological innovation of the manufacturing industry.
