Custom 6061 6063 T5 T6 Anodizing Standard Sizes Metal Aluminum Alloy U Section Shapes Channel Track U-channel Profile Extrusion

Optimizing the composition of high-strength aluminum alloys to achieve tensile strength exceeding 350 MPa and yield strength exceeding 300 MPa, meeting the requirements of the automotive, aerospace, and other industries.

We are developing high thermal conductivity aluminum alloys with a thermal conductivity exceeding 200 W/m·K, meeting the needs of applications such as 5G communication base stations and new energy vehicle battery cooling.

• We develop high-strength, low-density aluminum alloy materials, reducing product weight by more than 20%, meeting the lightweighting needs of industries such as automotive and aerospace.
• Combining CAD and FEA technologies, we optimize and integrate product structures to further reduce weight and improve performance and reliability.
• The application of lightweight aluminum alloys can significantly reduce energy consumption and emissions, complying with national energy conservation and emission reduction policies, and offering a significant competitive advantage in the market.

• 1. Develop online detection technology to achieve real-time online detection during the aluminum profile production process.
• 2. Construct an intelligent detection system that automatically identifies and provides warnings through big data analysis and artificial intelligence algorithms.
• 3. Establish detection technology standards and specifications, and conduct detection operations strictly in accordance with these standards and specifications.

• 1. Establish an information management system for testing data, enabling rapid querying, traceability, and sharing of testing data.
• 2. Utilize big data analytics technology for in-depth mining and analysis of testing data.
• 3. Facilitate the sharing and collaborative application of testing data among various departments within the company.