"我们希望能够尽自己的一分力量，践行企业社会责任，为社会上的残疾人朋友创造工作岗位，提 供就业机会。"圣戈班汇杰（杭州）新材料有限公司人事专员吴女士说，"对于残疾人朋友，我们全楼设 置电梯，提供无障碍卫生间，同时在工厂提供残疾人补贴。" 除招聘活动外，活动现场还专设了"杭州市重点人群创业成果展示交流专区""公共服务专区"。 12月9日上午,"乐业杭州 暖心共富"2025杭州就业援助暨残疾人大学生专场招聘会在滨江区星光大道 一期中心广场举行。现场氛围火热，一共吸引了350多名残疾人及其家属参加，达成初步就业意向152人 次。 招聘会现场，中国水电十二局、杭州井唐控股、滨江兄弟信息技术等32家优质企业齐聚残疾人大学 生招聘会，带来软件开发与测试、新媒体专员、设计、客服等240余个适配岗位。 圣戈班汇杰（杭州）新材料有限公司是一家来自萧山的外资化工企业，今年是他们第三次参与残疾 人招聘会，当天上午10点半左右，已收到了不少简历。 同时，在"公共服务专区"，现场还精心安排专人全程提供政策咨询、职业指导、法律服务、劳动监 察、手语翻译等服务，为求职者搭建无障碍沟通桥梁。 "此次招聘会，既为残疾人搭建了就业对接平台，也彰 ...

Core Viewpoint - The article discusses the advancements in solid-state battery technology, highlighting the collaboration between BASF and Weilan New Energy in developing innovative battery solutions that enhance safety, reduce weight, and improve thermal management for electric vehicles [1][5][6]. Group 1: Industry Developments - The 2026 Future Industry New Materials Expo (FINE) will focus on common needs in future industries such as robotics, automotive, drones, data centers, aerospace, AI, and new energy, featuring six major exhibition areas [1]. - BASF and Weilan New Energy jointly launched a new generation solid-state battery pack at the 2025 Guangzhou International Auto Show, utilizing BASF's innovative material solutions [1][5]. - Solid-state batteries are recognized as a significant development direction for electric vehicle power batteries, with various automakers like GAC, BAIC, and Geely planning to implement solid-state battery technology in their vehicles by 2027 [6][7]. Group 2: Material Innovations - The solid-state battery pack incorporates advanced materials such as engineering plastics and polyurethane products to achieve vehicle weight reduction and enhanced safety performance [1][4]. - Specific materials used include: - Flame-retardant cell brackets (Ultramid) with excellent electrical insulation properties [4]. - Extruded high-pressure busbars made from fire-resistant polymers [4]. - Foamed potting adhesives (Elastolit) and fireproof coatings (Elastocoat) to improve thermal runaway resistance [4]. - The weight reduction achieved by using polyamide cooling plates (Ultramid) can reach approximately 50% compared to metal components [4]. Group 3: Market Trends - The article notes that solid-state battery technology is transitioning from laboratory research to industrial application, with ongoing material innovations and maturation of mass production processes [8]. - Other chemical companies, such as Wanhua Chemical and DuPont, are also making progress in solid-state battery materials, indicating a competitive landscape in this sector [7][8]. - The anticipated growth in solid-state battery technology is expected to significantly alter the landscape of energy storage technologies, with various materials becoming viable options for chemical companies to explore [8].

因日本首相高市早苗的疯狂言论而引发的中日新一轮外交纠纷已经持续了近一个月之久，但是，尽管中方已经在外交和舆论领域对高市早苗施加了巨大的压 力，不过至少截止到目前为止，高市早苗却依然没有妥协退让的意思。 眼见日本持续执迷不悟，高市早苗继续"嘴硬"，那么，中方也没有必要再过多的与日本"客气"，商务部对日"重拳出击"，直接向日本放出了"大招"。 由此可见，中方对日本的"出招"，终于延续到了实际的经济领域，很显然，随着中方的最新措施得以落地，日本一众的相关企业和从业人员的生产生活都将 受到极大的影响，这很显然是日本方面所不愿意看到的。 实际上，在中日新一轮外交纠纷愈演愈烈之际，日本不仅没有丝毫妥协的意思，而且还在持续想办法对中方进行反制。比如，在外交领域，高市早苗已经透 露了日本计划召开日本-中亚峰会的意思，这很显然是日本在周边所有邻国，包括中俄朝韩都"不待见"日本情况下在想办法进行外交破局。 在军事领域，日本近期已经宣布在琉球加强军事部署，不仅增派大军，而且还在距台110公里的与那国岛部署防空导弹，甚至日本还在"无核三原则"上反复 横跳，表示了要采购核潜艇的意思。 不难看出，日本军国主义势力的抬头已经是非常明显，日 ...

天眼查App显示，近日，青岛蜡象化工材料科技有限公司成立，法定代表人为徐雪，注册资本100万人 民币，经营范围为一般项目：技术服务、技术开发、技术咨询、技术交流、技术转让、技术推广；国内 贸易代理；合成材料销售；化工产品销售（不含许可类化工产品）；专用化学产品销售（不含危险化学 品）；炼油、化工生产专用设备销售；工业机器人销售；模具销售；橡胶制品销售；塑料制品销售；建 筑材料销售。（除依法须经批准的项目外，凭营业执照依法自主开展经营活动）。 ...

Group 1 - The Hang Seng Index opened lower by 0.44%, while the Hang Seng Tech Index decreased by 0.51% [1] - New stock LeMo Technology opened high at 62%, established in 2014, is a provider of machine massage services [1] - Longpan Technology opened high at 7.26%, signing a long-term procurement agreement for lithium iron phosphate cathode materials with Sunwoda, with expected sales amounting to approximately 4.5 to 5.5 billion [1]

Group 1 - The article highlights a significant trend of mergers and acquisitions among major Japanese and South Korean chemical companies, contrasting with the retreat of European chemical firms [2][3] - Mitsubishi Chemical announced the transfer of its 70-year-old plastic subsidiary, J-Film Corporation, to a special purpose entity of Marubeni Capital Fund III [2] - Sumitomo Bakelite and AGC Inc. reached an agreement for Sumitomo Bakelite to acquire AGC's polycarbonate business [2] Group 2 - Asahi Kasei announced the merger of its subsidiary Asahi Kasei Advance with Teijin's subsidiary Teijin Frontier, with a planned ownership structure of 20% for Asahi Kasei and 80% for Teijin [3][4] - The merger aims to combine the strengths of both companies in textile and chemical products, enhancing their capabilities in high-end fabric and industrial material solutions [4] - The Japanese chemical and textile industries are focusing on optimizing their business structures, with companies like Asahi Kasei exiting certain businesses to shift towards high-value materials [4] Group 3 - In South Korea, Lotte Chemical and HD Hyundai Chemical announced a business integration involving their naphtha cracking centers (NCC), addressing structural overcapacity in the domestic petrochemical industry [5][6] - The integration will consolidate ethylene production capacity of 1.95 million tons per year, with Lotte's facility contributing 1.1 million tons and HD's facility contributing 850,000 tons [5] - The South Korean petrochemical sector is facing significant financial challenges, with major companies reporting substantial losses in recent years [6] Group 4 - The article notes that the restructuring efforts in both Japan and South Korea are part of a broader strategy to transition towards high-value specialty chemicals and sustainable products [6] - Companies are committing to reduce naphtha cracking capacity by 3.7 million tons and are receiving government support to facilitate this transition [6] - The focus on renewable energy, sustainability, and semiconductors is becoming increasingly prevalent in the future strategies of these chemical giants [6]

Core Insights - Arkema and HP Additive Manufacturing Solutions have launched a new generation of HP 3D printing material, HR PA11 Gen2, which is 100% bio-based and enhances mechanical performance while significantly reducing carbon footprint [2][4]. Group 1: Mechanical Performance - HP 3D HR PA11 Gen2 offers consistent mechanical performance with improved repeatability and higher dimensional accuracy, achieving an excellent powder reuse rate of 80/20, which helps lower production costs and reduce waste [3]. - Compared to the previous generation, HP 3D HR PA11 expands the application potential in automotive, medical, and consumer goods sectors [3]. Group 2: Sustainability - Rilsan® PA11, derived from castor oil, contains 100% renewable carbon and is sourced responsibly from semi-arid regions, contributing to sustainability goals [4]. - The new generation of PA11 reduces the carbon footprint of final 3D printed parts by 20-30% compared to the previous specifications, aiding manufacturers in achieving their sustainability targets [4]. Group 3: Technology Platform - HP 3D HR PA11 Gen2 is designed for use with HP's Multi Jet Fusion (MJF) technology platform, providing manufacturers with a reliable and eco-efficient solution for high-performance parts production [5].

Core Viewpoint - The company focuses on high-end fluorine materials, electronic chemicals, advanced manufacturing chemicals, and carbon reduction, with a commitment to innovation and technology-driven development [1] Group 1: Business Scope and Product Applications - The company's main business includes high-end fluorine materials, electronic chemicals, advanced manufacturing chemicals, and carbon reduction, categorized as "3+1" core businesses [1] - Products are widely applied in strategic emerging industries such as civil aviation, shipping, electronic information, rail transportation, clean energy, supercomputing, and new energy [1] - Key products include fluorinated chemicals, fluoropolymers, fluorine fine chemicals, lithium battery materials, electronic specialty gases, special rubber and plastics, specialty coatings, specialty tires, and polyurethane new materials, showcasing technological and market share advantages [1] Group 2: Future Development and Strategic Focus - The company emphasizes technology leadership and innovation-driven strategies, aligning with national major strategies and market demands [1] - It aims to industrialize its proprietary technologies and promote deep integration of technological and industrial innovation [1] - The goal is to become a leading domestic and internationally recognized provider of innovative advanced chemical material solutions [1] Group 3: Carbon Reduction and Regional Engagement - The company has significant advantages in carbon capture, carbon resource utilization, and hydrogen production technologies, with engineering service operations in carbon reduction in the western regions [1] - There is an ongoing commitment to addressing market needs and contributing to national infrastructure projects, including potential involvement in regions like Xinjiang and Tibet [1]

Core Insights - Zhengzhou Yuhe Lian Tu New Materials Co., Ltd. has been established with a registered capital of 100,000 RMB [1] - The company is engaged in various technical services and sales of chemical products, including coatings and anti-corrosion materials [1] Company Overview - The legal representative of the company is Huang Wenting [1] - The business scope includes technology services, development, consulting, and sales of non-hazardous chemical products [1] Industry Focus - The company operates in the new materials sector, specifically focusing on coatings, anti-corrosion materials, and engineering plastics [1] - The establishment of this company indicates potential growth in the chemical and new materials industry in Zhengzhou [1]

Core Points - The Chinese Academy of Sciences and the Chinese Academy of Engineering announced the results of the 2025 academician elections, electing 73 academicians from the former and 71 from the latter [1] - Notable new academicians include Huang Xianbo from Jinfa Technology, Lian Yubo from BYD, Wang Xiaoyun from China Mobile, Su Xuebin from China Uranium Industry, and Wu Kai from CATL [1][3] Group 1: Academicians and Their Contributions - Huang Xianbo, Chief Scientist at Jinfa Technology, has made significant contributions in the development and industrialization of polymer materials, including environmentally friendly flame-retardant thermoplastic resins and biodegradable plastics [1] - Lian Yubo, Chief Scientist at BYD, has focused on the design and development of key systems for new energy vehicles, and was awarded the "National Excellent Engineer" title in 2024 [2] - Wang Xiaoyun, Chief Engineer at China Mobile, has a background in wireless communication and is recognized for his engineering expertise [3] - Su Xuebin, Chief Engineer at China Uranium Industry, has led research that increased the economically extractable uranium resources in China by three times and enhanced natural uranium production capacity by 2.5 times [3] - Wu Kai, former Chief Scientist at CATL, has been involved in cutting-edge research in lithium battery technology and has transitioned to focus on new product and technology development [3] Group 2: Company Profiles - Jinfa Technology specializes in polymer materials and has a strong emphasis on research and development in high-performance materials [1] - BYD is a leading player in the new energy vehicle sector, focusing on continuous innovation in core technologies and products [2] - China Mobile is a major telecommunications provider in China, with significant contributions to wireless communication technology [3] - China Uranium Industry is engaged in the mining and utilization of natural uranium and radioactive co-associated mineral resources, with a focus on comprehensive resource utilization [4]