The world today is going through great changes unseen in a century; and China's aluminum industry is facing unprecedented challenges and opportunities under the background of "dual carbon" in the post-epidemic era. The external international environment is complex and changeable; the global industrial chain is being restructured at an accelerated pace; and trade protectionism is tightening; while China's aluminum industry is also faced with significant problems, such as insufficient independent innovation, excess capacity, sharp fluctuations in upstream raw material prices, and increasing pressure on green, low-carbon and safe production.
The two aluminum industry exchange events originally scheduled for April had also to be postponed to July due to the pandemic. Our company, Fengyue S&T, brings our two competitive high-end aluminum alloy refinement solutions, (rare earth) aluminum-titanium-carbon refiners and aluminum-lanthanum-boron rare-earth refiner with special effects on high-silicon aluminum alloys, to reunite with long-lost old and new friends to communicate and discuss new ideas and new solutions for product improvement and technological innovation.
Facing the accelerated "shuffling" of the aluminum material industry, it has become the tacit consensus and action of everyone to strengthen its own strength, improve product quality, and strengthen the production technology level of high-end products of enterprises. However, through technical equipment improvement, production process innovation, management control and other means, the cycle is long and the cost is high. Only through the introduction of new materials can the improvement effect be more direct and efficient, and the cost is also lower or even cost reduction. For example, through (rare earth) aluminum titanium carbon, the dark line rate of aluminum material will be reduced, the surface quality will be improved, the mechanical strength will be further stabilized, and the plastic toughness will be significantly improved; through Aluminum Lanthanum Boron to improve the cleanliness, plasticity and toughness of the High silicon aluminum alloys, to reduce cost and improve quality.
At present, new energy vehicles are required to reduce carbon emissions as much as possible while being lightweight. In this context, if to increase the recyclability of aluminum, it will be very beneficial to the realization of the two-carbon goal. Our (rare earth) aluminum-titanium-carbon can effectively improve the large-sized particles formed in the aluminum alloy due to the accumulation of TiB2 related when the foundry returns and recycled aluminum are used, which is conducive to the grade maintenance and upgrade of the foundry returns and recycled aluminum.
The use of new materials will bring new breakthroughs, improve product quality, and reduce production costs. In today's unprecedented special environment where it is urgently needed to improve our own competitiveness, we hope that our high-quality refinement solutions will provide more powerful help and for the development of the aluminum processing industry.