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03/18
2025
鸿润新材料公示
淄博鸿润新材料有限公司 3000t/a新型高分子改性材料自动化改造提升项目环境影响报告书 报批前公示
12/30
2024
淄博鸿润新材料有限公司 3000t/a新型高分子改性材料自动化改造提升项目 环境影响评价公众参与第二次征求意见稿公示
09/04
淄博鸿润新材料有限公司3000t/a新型高分子改性材料自动化改造提升项目环境影响评价公众参与第一次信息公示
04/19
2021
新能源新材料行业周报:《能源行业加强大气污染防治工作方案》发布,利好新能源
新能源新材料指数一周表现:上周上证指数上涨0.76%;中小板指数上涨0.07%;创业板指数下跌2.55%。期间我们编制的新能源新材料精选指数总体上涨0.34%,跑输上证指数0.43个百分点,跑赢中小板0.26个百分点,跑赢创业板2.89个百分点。新能源新材料板块总体继续表现随大势波动,略强于中小板。 光伏及光伏材料:上周光伏板块小幅上涨。短期仍应关注市场系统性风险。目前光伏行业基本面向好趋势未变
新材料行业：越南钛出口若受限 短期或影响供给
中越政治关系趋于紧张，或将影响越南矿产资源的出口，其中钛等有色金属资源可能出现供给端的紧缩。钛板块个股5月19日大幅上涨，我们对该事件给予最及时的关注，并同实业界人士沟通，主要结论如下： 短期高品位钛矿供给紧缩。USGS的数据显示，2013年全球钛铁矿供给量为679万吨，其中越南为50万吨，占比7%。2013年中国40%钛矿来自进口，进口钛矿中越南占比26%。由于越南的钛矿品位较高，可以用于海绵
New energy and new materials industry weekly report: "Energy Industry Strengthening Work Plan for Air Pollution Prevention and Control" is released, which is good for new energy
One-week performance of the new energy and new materials index: the Shanghai Composite Index rose 0.76% last week; the small and medium-sized board index rose 0.07%; the ChiNext index fell 2.55%. During the period, the new energy and new materials selected index compiled by us rose by 0.34% overall, underperformed the Shanghai Composite Index by 0.43 percentage points, outperformed the small and medium-sized board by 0.26 percentage points, and outperformed the ChiNext by 2.89 percentage points. The overall performance of the new energy and new materials sector continues to fluctuate with the general trend, slightly stronger than the small and medium-sized boards.
New material industry: If Vietnam's titanium export is restricted, short-term supply may be affected
The political relationship between China and Vietnam tends to be tense, which may affect the export of Vietnam's mineral resources. Among them, non-ferrous metal resources such as titanium may experience a tightening on the supply side. Titanium stocks rose sharply on May 19th. We paid the most timely attention to the incident and communicated with industry professionals. The main conclusions are as follows:
美荷科学家通过“计算化学”开发出新型高聚材料
计算化学带来新型超强自愈高聚材料 有望给运输、航空、微电子等行业带来变革 科技日报讯最近，美国IBM研究所与加州大学伯克利分校、荷兰埃因霍芬理工大学等单位科学家合作，通过“计算化学”将实验室实验与高精计算相结合，模拟新材料的形成反应，开发出两种能循环利用的新型高聚材料，有望给运输、航空、微电子等行业的加工制造带来变革。 据物理学家组织网近日报道，这些新材料首先具有抗开裂性质，强度高于骨骼，还
US-Dutch scientists develop new high polymer materials through "computational chemistry"
Computational chemistry brings new super-strong self-healing high polymer materials is expected to bring changes to transportation, aviation, microelectronics and other industries Science and Technology Daily News recently, the IBM Research Institute in the United States has cooperated with scientists from the University of California at Berkeley and the Eindhoven University of Technology in the Netherlands to combine laboratory experiments with high-precision calculations through "computational chemistry" to simulate the formation and reaction of new materials. , The development of two new types of high-polymer materials that can be recycled is expected to bring changes to the processing and manufacturing of transportation, aviation, microelectronics and other industries.
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