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2 Billion Yuan Project Launched: Nanocomposites Empower County Economy

2026 - 02 - 05

As the scientific research achievements continue to exert influence, good news comes again from the industrial sector. On January 6, 2026, the groundbreaking ceremony of the first phase of the calcium carbonate whisker nanoparticle composite material project in Guanyang County, Guangxi, was held, marking a new layout in China's large-scale application of non-metallic mineral nanocrystal compos...
Amorphous Nanocrystalline Cores: Driving a New Era of High-Efficiency, High-Frequency Magnetic Technology

2026 - 01 - 30

[Nanjing,on January.28] – As the global push for carbon neutrality accelerates and the electronics industry marches toward high frequency, miniaturization, and energy conservation, traditional magnetic core materials are increasingly struggling to meet evolving application demands. Amorphous nanocrystalline cores, leveraging their unique microstructures and superior comprehensive properties, have ...
HRC prices seen edging up in 2026

2026 - 01 - 23

Source：Mysteel GlobalChina’s hot-rolled coil (HRC) market in 2025 was characterized by a persistent supply-demand mismatch and a steady slide in prices, Mysteel’s annual report on the flat steel concluded. For the year ahead, China’s average prices for HRC are expected to strengthen slightly as a number of new downstream production facilities requiring hot coils as substrate will be commissioned, ...
14 Years of Scientific Research: Historic Breakthrough in Insulating Nanocrystal Electroluminescence Technology

2026 - 01 - 16

On November 20, 2025 (Beijing Time), a research team led by Professors Xu Hui and Han Chunmiao from the School of Chemistry, Chemical Engineering and Materials Science of Heilongjiang University, in collaboration with researchers from Tsinghua Shenzhen International Graduate School and the National University of Singapore, published a landmark research result in the top international journal Natur...
Dual Breakthroughs in Nanocrystal Materials: Synchronous Advancement of Scientific Innovation and Industrial Implementation

2026 - 01 - 09

News Report Recently, the field of nanocrystal materials in China has witnessed a spate of good news, achieving key progress in both basic scientific research and industrial application. A team from Heilongjiang University has conquered the electroluminescence challenge of insulating lanthanide-doped nanocrystals, with the result published in a top international journal; a major nanocomposite proj...

2 Billion Yuan Project Launched: Nanocomposites Empower County Economy

2026 - 02 - 05

As the scientific research achievements continue to exert influence, good news comes again from the industrial sector. On January 6, 2026, the groundbreaking ceremony of the first phase of the calcium carbonate whisker nanoparticle composite material project in Guanyang County, Guangxi, was held, marking a new layout in China's large-scale application of non-metallic mineral nanocrystal composites. With a total investment of 2 billion yuan and a total area of 420 mu, the project plans to construct 15 production lines of whisker nanometer new materials with an annual output of 1 million tons and supporting facilities, to be advanced in two phases.According to the plan, the first phase project launched in 2026 will invest 200 million yuan, focusing on land leveling, construction of one s...

Amorphous Nanocrystalline Cores: Driving a New Era of High-Efficiency, High-Frequency Magnetic Technology

2026 - 01 - 30

[Nanjing,on January.28] – As the global push for carbon neutrality accelerates and the electronics industry marches toward high frequency, miniaturization, and energy conservation, traditional magnetic core materials are increasingly struggling to meet evolving application demands. Amorphous nanocrystalline cores, leveraging their unique microstructures and superior comprehensive properties, have emerged as the core component reshaping the landscape of power electronics, new energy, and telecommunications, ushering in a new era of efficient and compact magnetic devices.Different from conventional crystalline magnetic materials, amorphous nanocrystalline cores feature a microstructure between fully disordered amorphous states and regular crystalline states, combining the high magnetic perme...

HRC prices seen edging up in 2026

2026 - 01 - 23

Source：Mysteel GlobalChina’s hot-rolled coil (HRC) market in 2025 was characterized by a persistent supply-demand mismatch and a steady slide in prices, Mysteel’s annual report on the flat steel concluded. For the year ahead, China’s average prices for HRC are expected to strengthen slightly as a number of new downstream production facilities requiring hot coils as substrate will be commissioned, absorbing more HRC supply, according to the report."New production lines are expected to consume around 10 million tonnes of HRC", a Shanghai-based analyst told Mysteel Global.The distribution of HRC capacities nationwide will likely become more balanced this year, with North China and East China maintaining their lead in the nationwide share of supply while South China and Central China...

14 Years of Scientific Research: Historic Breakthrough in Insulating Nanocrystal Electroluminescence Technology

2026 - 01 - 16

On November 20, 2025 (Beijing Time), a research team led by Professors Xu Hui and Han Chunmiao from the School of Chemistry, Chemical Engineering and Materials Science of Heilongjiang University, in collaboration with researchers from Tsinghua Shenzhen International Graduate School and the National University of Singapore, published a landmark research result in the top international journal Nature. They successfully solved the charge injection problem of insulating lanthanide-doped nanocrystals and realized efficient tunable electroluminescence. This is the first paper of Heilongjiang University published in Nature, and also the first breakthrough of Heilongjiang Province's chemical discipline in this journal.Lanthanide-doped nanocrystals are regarded as ideal optical materials due to...

Dual Breakthroughs in Nanocrystal Materials: Synchronous Advancement of Scientific Innovation and Industrial Implementation

2026 - 01 - 09

News Report Recently, the field of nanocrystal materials in China has witnessed a spate of good news, achieving key progress in both basic scientific research and industrial application. A team from Heilongjiang University has conquered the electroluminescence challenge of insulating lanthanide-doped nanocrystals, with the result published in a top international journal; a major nanocomposite project in Guanyang County, Guangxi, has officially started construction, propelling the large-scale application of nanocrystal technology forward steadily. These dual breakthroughs demonstrate China's innovative vitality and industrial potential in this field.

The research results of Professor Shen Baolong's team, consisting of two studies, were published in the journal "Nature Communications"

2025 - 12 - 19

Source：Southeast University College of Materials ScienceRecently, the team led by Professor Shen Baolong from the School of Materials Science and Engineering of Southeast University and the Key Laboratory of Advanced Metal Materials for High Technology of Jiangsu Province has continuously made significant breakthroughs in the field of materials science frontiers. Two innovative research results were successively published online in the international top journal "Nature Communications", achieving key technological breakthroughs in the plastic optimization of amorphous alloys and the improvement of high-temperature performance of refractory binary-entropy alloys. These achievements provide important support for related fields of materials.Professor Shen Baolong's team published...

Development Status and Key Enterprise Analysis of China's Amorphous and Nanocrystalline Soft Magnetic Materials Market in 2026

2025 - 12 - 12

Amorphous and nanocrystalline soft magnetic materials are the core basic materials of modern power electronic systems, collectively referring to two types of materials: "amorphous" and "nanocrystalline". The atoms of amorphous alloys are arranged in a long - range disordered state without grains or grain boundaries. Nanocrystalline alloys use iron - based amorphous alloys as precursors, and through precision annealing, tiny grains with a size of approximately 10 - 20 nanometers are uniformly precipitated inside them, forming a dual - phase structure of "amorphous matrix + nanocrystalline grains". Compared with traditional silicon steel and ferrite, amorphous and nanocrystalline soft magnetic materials have the ...

The world's first 110kV energy-saving amorphous alloy three-dimensional coil core oil-immersed power transformer was successfully developed:

2025 - 09 - 19

Source:Nanfang DailyOn March 14, 2025, Guangdong Power Grid Company and Haihong Electric jointly developed a 110kV energy-saving amorphous alloy three-dimensional coil core oil-immersed power transformer, and successfully passed the whole test. This is the world's first energy-saving amorphous alloy solid coil core power transformer applied to 110kV voltage level, its no-load loss than GB 20052-2024 level 1 energy efficiency limit value decreased by more than 60%, load loss decreased by more than 5%, energy saving and environmental protection benefits are significant. It marks that China has entered a new stage in the field of high-voltage energy-saving transformer technology.The 110kV energy saving amorphous alloy three-dimensional coil core oil immersed power transformer successfully...

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The research results of Professor Shen Baolong's team, consisting of two studies, were published in the journal "Nature Communications"

Innovative Nanocrystalline Cores Revolutionize Power Electronics

[NANJING, 2025.7.22] - A new breakthrough in magnetic core technology is set to transform the power electronics industry. Leading materials science company, [Nanjing Evergrowing Resources Co.,Limited], has announced the launch of its advanced nanocrystalline cores, which promise to significantly enhance the efficiency and performance of a wide range of electrical devices. Nanocrystalline cores are made from a unique alloy that combines the advantages of amorphous and crystalline materials. Through a precise manufacturing process, the alloy forms extremely fine nanoscale crystals, resulting in remarkable magnetic properties. These cores offer several key benefits over traditional magnetic materials. Exceptional EfficiencyOne of the standout features of the new nanocrystalline cores is their...

Breaking the bottleneck of high-frequency power equipment - Amorphous and nanocrystalline cores usher in a new era of solid-state transformers

Source:China Metallurgy Newspaper OfficeOn May 15th, experts from domestic research institutes, universities, leading enterprises, industry associations, etc. gathered in Yancheng, Jiangsu Province. They brought the latest research achievements of their respective teams and had in-depth exchanges and discussions on the key technical hot topics of the application of amorphous and nanocrystalline cores in solid-state transformers.From the perspective of material innovation, amorphous and nanocrystalline materials possess a "dual personality", with amorphous phases providing high resistivity to reduce eddy current losses and nanocrystalline phases endowing them with excellent soft magnetic properties. This makes them have more obvious application advantages over other magnetic ...

Amorphous Nanocrystalline Cores: Revolutionizing Power Efficiency

Nanjing Evergrowing is at the forefront of innovation, with our high-performance amorphous nanocrystalline cores driving transformative changes across critical industries.Redefining Core Advantages:· Unrivaled Energy Efficiency: Dramatically reduce core losses (up to 80%) compared to traditional silicon steel cores, making them the top choice for high-efficiency systems.· Master of High Frequencies: Excellent and stable high-frequency permeability, ideally suited for high-speed switching circuits and precision power supplies.· Reliable Temperature Stability: Outstanding performance stability across temperature ranges ensures consistent operation in demanding environments.· Enabler of Miniaturization: High saturation flux density enables signific...

Steel exports will hardly reach record high in 2024 and analysis of influencing factors

Source: China Metallurgical News General Administration of Customs data show that in November, China exported 9.278 million tons of steel, up 15.9% year-on-year, down 24.9 percentage points. In the first 11 months of this year, China exported 101.152 million tons of steel, breaking 100 million tons, up 22.6% year-on-year. According to Lange Steel Research Center calculations, in November, China's net exports of steel 8.885 million tons, an increase of 19.1% year-on-year, down 27.2 percentage points. 1-11 months, China's net exports of steel 94.958 million tons, an increase of 25.5% year-on-year, down 0.6 percentage points. Overall, the current global manufacturing index rose steadily, the external demand boom weak recovery; China's steel enterprises export order index...

Evergrowing Resources Co

Evergrowing Resources Co., Limited was built by the founder of Mr. Ge in HK, 2016. He worked on steel industry for more than 15years till now. He and his team have exported more than 200,000mt different kinds of steel material to Southeast Asia, Europe, Africa, North America and etc till now. Evergrowing Resources Co., Limited, as a leading supplier of hot rolled and forged material supplier in China, always places product quality as the first priority. Therefore we seriously recommend you to choose us as your super supplier on hot rolled and forged steel materials. We would take full responsibility for the quality and authenticity of our products which customer purchase through us. Thank you for your trust and cooperation!