Javelin Plastics公司达到全球汽车标准

据“www．britishplastics．co．uk”报道，Javelin Plastics公司达到了ISO／TS16949：2009针对汽车部分的全球标准。达到这一标准将会给公司带来新的增长点，未来12个月销售额预计增长10％。自20世纪80年代中期成立以来，Javelin Plastics公司在包括汽车的多个市场领域经历了显著增长，从1997年公司开始按照ISO9001的规定进行生产管理，为客户提供关键安全部件、电子产品和家电等领域产品。

Interstate Plastics公司开发出用于整形外科的医用级聚丙烯

新近,美国Interstate Plastics公司开发出一种主要应用于整形外科的医用级聚丙烯棒Propylux HS。这种圆形棒料具备生物相容性和耐化学药品腐蚀性,尺寸稳定性很强,即使经过反复高温灭菌也不会变形,可直接接触去污剂和消毒剂，并可保持强度、

日本Polyplastics公司开发出异种树脂强力黏合的双重成型技术

日本高功能树脂生产商Polyplastics公司2014年5月宣布，公司开发出可强力黏合异种树脂的双重成型技术“AKI—Lock”。该技术主要由3道工序构成：1）使用玻璃纤维增强树脂的一次成型品注射成型；2）取出一次成型品后对黏结部表面进行激光加工处理；3）第二次注射成型。其中，最大的特点是激光加工处理工序。

英国Biome Bioplastics公司推出新型可生物降解塑料用于3D打印

英国生物塑料生产商Biome Bioplastics公司推出了由植物淀粉制成的一种新型可生物降解材料Biome3D，用于3D打印。这是它与爱尔兰3D打印耗材分销商3Dom Filaments公司合作开发的。它易于加工且具有优异的打印光洁度，能够帮助3D打印机实现更高的打印速度。

拜耳材料科技欲将EXATEC股权转让给GE Plastics公司

拜耳材料科技欲将其EXATEC股权转让给GE Plastics公司。此项交易将在获得相关反托拉斯管理机关批准后完成。而财务方面相关状况将不作任何披露。

荷兰Parx Plastics公司推出新型抗菌性聚合物

荷兰Parx Plastics公司成功研制出一种名为Saniconcentrates品牌的新型抗菌性聚合物,并且已开始进行大规模商业化生产。该产品以伊士曼Tritan聚酯及ABS树脂为原料,采用其独家生物制取技术进行生产。所生产的抗菌材料不会对人体及环境产生任何副作用,可在食品包装领域安全使用。

拜耳材料科技欲将EXATEC股权转让给GE Plastics公司

最近，拜耳材料科技欲将其EXATEC股权转让给GE Plastics公司。此项交易将在获得相关反托拉斯管理机关批准后完成。而财务方面相关状况将不作任何披露。

拜耳材料科技欲将EXATEC股权转让给GE Plastics公司

拜耳材料科技欲将其EXATEC股权转让给GEPlastics公司。此项交易将在获得相关反托拉斯管理机关批准后完成。而财务方面相关状况将不做任何披露。

索尔维Ixef~? PARA棒材可从Drake Medical Plastics公司购得

2019年6月11日——索尔维宣布,其Ixef·PARA (聚芳香酰胺)棒材现在可通过其渠道合作伙伴Drake Medical Plastics公司在全球范围内进行购买。医用级Ixef·PARA棒材具有高刚性、高强度、生物相容性和重量轻的特点,可以精确加工一次性骨科手术器械的手板。这种方法避免了用于生产软模的大量时间和成本。结构设计一旦定稿,设备制造商就可以利用索尔维Ixef·PARA树脂的优异性能进行批量化注塑生产。

Green synthesis of ZSM-5 using silica fume and catalytic co-cracking of lignin and plastics for production of monocyclic aromatics

ZSM-5 with hierarchical pore structure was synthesized by a simple two-step hydrothermal crystallization from silica fume without using any organic ammonium templates.The synthesized ZSM-5 were oval shaped particles with a particle size about 2.0 μm and weak acid-dominated with proper Brønsted(B)and Lewis(L)acid sites.The ZSM-5 was used for catalytic co-cracking of n-octane and guaiacol,lowdensity polyethylene(LDPE)and alkali lignin(AL)to enhance the production of benzene,toluene,ethylbenzene and xylene(BTEX).The most significant synergistic effect occurred at n-octane/guaiacol at 1:1 and LDPE/AL at 1:3,under the condition,the achieved BTEX selectivity were 24%and 33%(mass)higher than the calculated values(weighted average).The highest BTEX selectivity reached 88.5%,which was 3.7%and 54.2%higher than those from individual cracking LDPE and AL.The synthesized ZSM-5 exhibited superior catalytic performance compared to the commercial ZSM-5,indicating potential application prospect.

Low-Density Microplastics in Recreational Parks of Al Ain, United Arab Emirates: Abundance, Composition, and Potential Effects on Soil Health

Microplastics (MPs) have been an emerging concern due to their harmful effects on the ecosystem and are ubiquitous in various habitats, from marine to terrestrial environments. However, studies on the presence of MPs in recreational areas are limited. One of the previous works has reported that urban recreational parks are considered “sinks” for plastic debris, including MPs. In this study, low-density MPs (LD-MPs) in soil samples collected from recreational parks of Al Ain, United Arab Emirates (UAE) were isolated by density flotation method. Results showed that these parks have varying levels of LD-MPs caused by various anthropogenic activities, such as sludge use and application of reclaimed water from wastewater treatment facilities in those areas. These plastic particles were isolated in 87% of the soil samples, with an average concentration of 1550 ± 340 MPs/kg. Predominantly, these comprised large LD-MPs (300 - 5000 μm), with red and blue being the most common colors. Fourier transform infrared (FTIR) spectroscopy identified possible synthetic polymers, including polyethylene and polypropylene. Additionally, a negative correlation was observed between LD-MP concentration and soil pH and moisture content, indicating potential adverse effects on soil health. These findings highlight the need for monitoring and managing microplastic pollution in urban recreational areas to mitigate its ecological impacts.

A Unifi ed View of Carbon Neutrality:Solar-Driven Selective Upcycling of Waste Plastics

With the rapid development of plastic production and consumption globally,the amount of post-consumer plastic waste has reached levels that have posed environmental threats.Considering the substantial CO_(2)emissions throughout the plastic lifecycle from material production to its disposal,photocatalysis is considered a promising strategy for eff ective plastic recycling and upcycling.It can upgrade plastics into value-added products under mild conditions using solar energy,realizing zero carbon emissions.In this paper,we explain the basics of photocatalytic plastic reformation and underscores plastic feedstock reformation pathways into high-value-added products,including both degradation into CO_(2)followed by reformation and direct reformation into high-value-added products.Finally,the current applications of transforming plastic waste into fuels,chemicals,and carbon materials and the outlook on upcycling plastic waste by photocatalysis are presented,facilitating the realization of carbon neutrality and zero plastic waste.

Promoting sustainable consumption and circular economy:the intention of Vietnamese youth consumers to purchase products made from recycled plastics

Recycling is viewed as a key component in a circular economy and serves as an ideal solution for promoting sustainability.During the global plastic crisis,plastic recycling practices have been adopted worldwide,leading to the production of various products made from recycled plastics(PRP).Nevertheless,a gap persists between consumption and demand for such products,which is primarily attributed to a lack of comprehension from the consumer perspective.Given the pivotal role consumers play in the adoption of these products,this study explores consumers’intentions to purchase PRP.This is particularly significant in Vietnam,which is an emerging economy aspiring to achieve the objectives of a circular economy and sustainable development.Utilizing an integrated cognitive-emotional framework comprising the Valence Theory and the Norm Activation Model,data from 564 Vietnamese students were gathered and analyzed using structural equation modeling.The results show that awareness of consequences is a major driver of consumer purchase intentions,followed by perceived ease of application and monetary incentives.The results also indicate that health concerns have the strongest effect on purchase intention and in the negative side,meaning that the health-related risk is the primary concern for consumers during the decision-making process.This research holds substantial value for academics and managers,as it aids in the theoretical exploration and the formulation of strategies to improve consumer acceptance of PRP.

新《公司法》若干重要问题解读(笔谈)

新《公司法》修订所涉及的内容非常丰富,修订内容包括公司登记制度、股东出资责任、公司治理制度、公司资本制度、控股股东义务、董监高信义义务等方面。赵旭东教授指出,本次《公司法》修订在公司登记与信息公示制度、股东出资责任和法律后果、公司资本制度、公司治理制度、股东权益保护和控股股东义务这五个关键领域实现了重大突破和创新。周林彬教授集中解析了“国家出资公司组织机构的特别规定”一章,认为新《公司法》的亮点之一是通过新设这一章积极回应了我国国有企业治理的“本土实践”与“中国问题”,给出新时期国有企业治理的“中国方案”,推进了中国特色的国有企业治理制度的设计,重塑了国有企业的规范体系。刘凯湘教授对本次《公司法》修订中与公司资本制度相关的若干条文展开解析,包括限期认缴制、新增有限公司股东出资义务加速到期制度、股东违反出资义务的责任承担规则、董事会的催缴出资义务、股东失权制度、董监高对股东抽逃出资的连带责任、类别股的规定、授权资本制等。赵万一教授深入探讨了这次《公司法》修改的主要特点,认为新《公司法》既坚持了其商法属性,同时又充分考虑了《民法典》的既有制度内容,适当兼顾了与《民法典》之间的制度衔接关系,从而既为科学解决民法与商法的关系提供了理念和制度支持,也为中国式法律制度体系的创建提供了完美的立法实践样本。周友苏教授深入解析了新《公司法》在完善股东出资制度方面增加的股东出资缴纳、股东出资“加速到期”、股东失权、股东出资责任这四条新规定,认为新《公司法》在完善股东出资制度方面增加的这些新规定,积极回应了我国自2013年以来公司数量大幅增长所带来的股东盲目认缴、天价认缴、期限过长的现象突出,损害债权人利益的纠纷案件呈明显上升态势等问题,极大地强化了保护债权人的力度。李建伟教授深入解析了《公司法》修订中与法定代表人制度相关的若干条文,认为新《公司法》关于法定代表人的规定较之以往更加体系化,并有望基本解决困扰公司实践许多年的诸多难题,但其中亦存在不完全规范的问题。

静电控制全方位解读——Favorite Plastics公司静电控制方案

大多数静电问题，无论简单或复杂，只要对其进行分析，并施以相应的控制方法，都能被解决。

中国式员工持股计划与公司违规:监督者抑或合谋者

以我国员工持股计划重启为背景,以2011—2019年A股上市公司为样本,验证员工持股计划对公司违规的影响。结果显示,员工持股计划降低了公司违规概率与频率。机制检验发现,员工持股计划一方面通过促进中小股东投票与委派董事涉入公司内部治理,另一方面通过信息传递提升独立董事履职效率并增加分析师跟踪。进一步地,区分违规类型后发现,员工持股计划的抑制作用主要存在于信息披露违规与一般违规;区分员工持股计划方案后发现,员工持股规模高、锁定期长、高购买折价、无杠杆、无控股股东担保或兜底、无业绩条件的员工持股计划对公司违规的抑制更显著。经济后果分析发现,员工持股计划对公司违规的监督能够抑制股价崩盘风险。研究结论从公司违规角度验证了员工持股计划的监督者角色,为我国员工持股计划实施效果提供了新的经验证据。

Polyplastics公司在墨西哥城设立销售处

日本上程塑料生产商PolyplasticsCo．Ltd．公司已在北美设立了笫二家销售分公司，这一次的地点选在了果西哥的首都。

Toray Plastics公司改进生产工艺、实现环保目标

公司总部位于美洲金斯顿的Toray Plastics公司，是一家生产高品质聚酯纤维和聚丙烯薄膜的塑料软包装材料生产企业。从2004年开始，Toray Plastics公司相继采取了一系列环保举措，倡导绿色生产。

ESG表现如何赋能企业绿色技术创新?--来自中国上市公司的微观证据

经济新发展阶段下ESG是可持续导向下企业运营的重要理念。在绿色发展导向下,如何将企业环境、社会与公司治理(ESG)等多重责任嵌入到企业创新体系之中,驱动传统创新向绿色创新与绿色发展转型,成为了学界关注的焦点议题。本文以2011年—2019年中国沪深A股上市公司为研究样本,考察了上市公司ESG表现对企业绿色技术创新的影响及其内在作用机制。研究结果表明:(1)企业ESG表现驱动了企业绿色技术创新,对企业绿色技术创新具有显著的促进效应,在考虑内生性问题后研究结论依然稳健;区分ESG表现各类维度,企业环境责任、社会责任与公司治理表现对企业绿色技术创新均产生显著的促进效应。(2)内在机制检验结果表明,ESG表现主要通过强化企业环保投入、缓解企业融资约束以及提高企业内部控制质量以促进企业绿色技术创新。(3)调节机制检验结果表明,外部环境规制(环保补助与排污收费)与内部高管激励(薪酬激励与股权激励)在ESG表现与企业绿色技术创新之间产生显著的正向调节效应,即在ESG表现驱动企业绿色技术创新过程中,外部环境规制与内部高管激励制度具有外部的资源补偿效应、合法性倒逼效应以及内部激励效应。(4)异质性分析结果表明,ESG表现对企业绿色技术创新的驱动效应在国有企业、通过国际ISO14001环境认证企业与制造业企业中更为明显。而且经济效应检验结果表明,ESG表现驱动企业绿色技术创新有助于企业改善经济绩效。本研究为绿色发展导向下强化企业ESG理念,基于可持续导向与企业社会责任融入企业创新体系驱动企业绿色转型发展,最终实现企业与社会环境的共生融合发展提供政策启示。