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Only technological innovation can save China’s copper-processing industry.

Only technological innovation can save China’s copper-processing industry.

In 2015, China’s copper-processing industry exhibited the following key characteristics: production capacity and output growth remained robust. That year, China’s copper‑product output reached 14.987 million tonnes, up 25.2% year on year—a rise 14.42 percentage points higher than the previous year. The provinces and regions with the strongest growth were Shandong, Guangdong, Jiangsu, and Jiangxi, with Jiangxi surging to become the top producer of copper products. Analyzing the product‑consumption structure, recent data indicate that copper wire and cable for the power industry currently accounts for the largest share of copper‑processing applications, representing approximately 50% of total copper‑product consumption. Meanwhile, fixed‑asset investment remained poorly controlled. In 2015, I…

08

2020

/

12

Only technological innovation can save China’s copper-processing industry.

Only technological innovation can save China’s copper-processing industry.

In 2015, China’s copper-processing industry exhibited the following key characteristics: production capacity and output growth remained robust. That year, China’s copper‑product output reached 14.987 million tonnes, up 25.2% year on year—a rise 14.42 percentage points higher than the previous year. The provinces and regions with the strongest growth were Shandong, Guangdong, Jiangsu, and Jiangxi, with Jiangxi surging to become the top producer of copper products. Analyzing the product‑consumption structure, recent data indicate that copper wire and cable for the power industry currently accounts for the largest share of copper‑processing applications, representing approximately 50% of total copper‑product consumption. Meanwhile, fixed‑asset investment remained poorly controlled. In 2015, I…

08

2020

/

12

Only technological innovation can save China’s copper-processing industry.

Only technological innovation can save China’s copper-processing industry.

In 2015, China’s copper-processing industry exhibited the following key characteristics: production capacity and output growth remained robust. That year, China’s copper‑product output reached 14.987 million tonnes, up 25.2% year on year—a rise 14.42 percentage points higher than the previous year. The provinces and regions with the strongest growth were Shandong, Guangdong, Jiangsu, and Jiangxi, with Jiangxi surging to become the top producer of copper products. Analyzing the product‑consumption structure, recent data indicate that copper wire and cable for the power industry currently accounts for the largest share of copper‑processing applications, representing approximately 50% of total copper‑product consumption. Meanwhile, fixed‑asset investment remained poorly controlled. In 2015, I…

08

2020

/

12

China’s new materials sector is exhibiting a development trend characterized by military–civilian integration.

China’s new materials sector is exhibiting a development trend characterized by military–civilian integration.

Advanced new materials for the defense industry are a critical foundational technology in the global military sector, essential to modern high‑performance weapons systems, and a key focus area for military‑civilian integration. High‑temperature alloys—key materials for aircraft engines—are primarily used in aircraft engines, gas turbines, single‑crystal high‑temperature alloy blades, and nuclear reactor equipment. In state‑of‑the‑art international aircraft engines, high‑temperature alloys account for approximately 40% to 60% of the total weight. Research indicates that 50% to 70% of the improvement in an aircraft engine’s thrust‑to‑weight ratio stems from advanced high‑temperature materials and their associated manufacturing technologies. It is projected that between 2015 and 2020, the market for high‑temperature alloys will approach RMB 70 billion. Composite…

08

2020

/

12

China’s new materials sector is exhibiting a development trend characterized by military–civilian integration.

China’s new materials sector is exhibiting a development trend characterized by military–civilian integration.

Advanced new materials for the defense industry are a critical foundational technology in the global military sector, essential to modern high‑performance weapons systems, and a key focus area for military‑civilian integration. High‑temperature alloys—key materials for aircraft engines—are primarily used in aircraft engines, gas turbines, single‑crystal high‑temperature alloy blades, and nuclear reactor equipment. In state‑of‑the‑art international aircraft engines, high‑temperature alloys account for approximately 40% to 60% of the total weight. Research indicates that 50% to 70% of the improvement in an aircraft engine’s thrust‑to‑weight ratio stems from advanced high‑temperature materials and their associated manufacturing technologies. It is projected that between 2015 and 2020, the market for high‑temperature alloys will approach RMB 70 billion. Composite…

08

2020

/

12

China’s new materials sector is exhibiting a development trend characterized by military–civilian integration.

China’s new materials sector is exhibiting a development trend characterized by military–civilian integration.

Advanced new materials for the defense industry are a critical foundational technology in the global military sector, essential to modern high‑performance weapons systems, and a key focus area for military‑civilian integration. High‑temperature alloys—key materials for aircraft engines—are primarily used in aircraft engines, gas turbines, single‑crystal high‑temperature alloy blades, and nuclear reactor equipment. In state‑of‑the‑art international aircraft engines, high‑temperature alloys account for approximately 40% to 60% of the total weight. Research indicates that 50% to 70% of the improvement in an aircraft engine’s thrust‑to‑weight ratio stems from advanced high‑temperature materials and their associated manufacturing technologies. It is projected that between 2015 and 2020, the market for high‑temperature alloys will approach RMB 70 billion. Composite…

08

2020

/

12

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