Gansu Dongxing Jiayu New Materials Co., Ltd. has achieved an appreciable marker in the realm of aluminium production. Their casting and rolling plant recently announced a significant breakthrough in the mass production of 1235F double zero foil. This advancement marks a pivotal moment in the company's journey towards enhancing the quality and efficiency of aluminium manufacturing processes.

In response to challenges encountered during the production of 1235F alloy double zero foil, Gansu Dongxing Jiayu embarked on a comprehensive research and development initiative. The focus was on optimising various facets of the casting and rolling process to mitigate issues related to grain unevenness and ensure superior mechanical properties of aluminium sheets and strips.

Key Areas of Innovation:

1. Temperature Control - The company implemented precise temperature control measures within the melting furnace group, ensuring optimal conditions for the production of 1235F double zero foil.

2. Purity Assurance - Emphasis was placed on maintaining the purity of the aluminium liquid, which is vital for securing the overall quality of the final product.

3. Flow Distribution - Uniform flow distribution of the casting nozzle was achieved through strategic modifications, minimising inconsistencies in grain size.

4. Process Parameter Optimisation - By fine-tuning rolling mill process parameters, Gansu Dongxing Jiayu achieved greater control over the production process, resulting in enhanced product quality.

Overcoming production hurdles

Through meticulous testing, sampling, and analysis of key parameters, the company successfully overcame the production challenges associated with 1235F alloy double zero foil billets. The implementation of innovative solutions not only boosted production volumes but also elevated the quality standards, laying a robust foundation for future market explorations.

Source: https://www.alcircle.com/news/gansu-dongxing-jiayu-s-breakthrough-in-1235f-double-zero-aluminium-foil-propels-mass-production-110589