Hanlinrui has garnered widespread attention in the industry due to its unique isothermal processing technology. This technology not only significantly enhances the performance of aluminum alloy parts but also greatly improves production efficiency and material utilization.
Does Isothermal Processing Improve Part Accuracy?
Isothermal processing technology controls the temperature during the processing to enable uniform deformation of aluminum alloy materials in a consistent temperature environment, thereby greatly improving part accuracy. Compared to traditional processing methods, parts processed isothermally have small allowances, high precision, and high complexity, with minimal or localized post-forging processing, or even no further processing required.
How Does Isothermal Processing Enhance Material Properties?
During isothermal processing, aluminum alloy materials deform at high temperatures, with uniform metal flow resulting in an equiaxed fine-grained structure. This structure significantly improves the yield strength, low-cycle fatigue performance, and stress corrosion resistance of the parts. Additionally, isothermal processing eliminates residual stresses, ensures uniform internal material structure, and stabilizes dimensions after heat treatment, further enhancing the overall material properties.
With its isothermal processing technology, Hanlinrui not only improves the performance and quality of aluminum alloy parts but also reduces production costs and enhances market competitiveness. In the future, Hanlinrui will continue to increase R&D investments, continuously improve isothermal processing technology, and provide customers with more high-quality, high-performance aluminum alloy part products.
