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Kevlar broken samples from dynamic stabbing zoomed-in!

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  Kevlar broken samples from dynamic stabbing zoomed-in! Research project "Dynamic/quasi-static stab-resistance andmechanical properties of soft body armourcomposites constructed from Kevlar fabrics andshear thickening fluids" published by Jianbin Qin, Guangcheng Zhang, Lisheng Zhou, Jiantong Li and Xuetao Shi, investigated how different quantities of shear thickening fluid (STF) affect the knife-stabbing resistance and the quasi-static mechanical properties of kevlar composite samples. This collage shows photographs and SEM images of broken samples from the dynamic stabbing tests. (a), (d), (g) and (j) are theneat Kevlar fabric; (b), (e), (h) and (k) are the composite with 36.23 wt% STF; (c), (f), (i) and (l) are the composite with 103.79 wt% STF. The results show that the shear thickneing fluid positively influenced the properties of the samples! Source:managing composites #composites #kevlar #project #reinforcedplastics

TYPE 4 COMPOSITE CNG/H2 CYLINDER Project report is available

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  TYPE 4 COMPOSITE CNG/H2 CYLINDER Project report is available on a competitive pricing-Moving Toward a user friendly and a safer environment. This report has covered the following topics: ■An overview landscape of the market ■Global Natural Gas Vehicles (NGVs) market ■ Latest technological advancements in Type 3/4 COMPOSITE CNG Cylinder market ■ Merger & Acquisition  ■ Major players share ■ Investment structure ■ Standards ■ costing and certification ■ Automotive Type 4 CNG/H2 Composite cylinder market in India and the rest of the world ■ Bulk transportation Type 4 CNG Composite cylinder market in India and the rest of the world ■ Swot analysis ■ The durability of the Type 4 Composite CNG cylinder ■ Initial Project cost to set up CNG/H2 manufacturing line ■ Strategic Model followed by the KEY PLAYERS ■ Economic efficiency & safety,  ■ The Future Trends in Composite CNG/HYDROGEN Cylinder market Interested companies/Professionals do write to me at rosaram211@gmail.com to get mor

ELIX Polymers and Partners to Produce 3D Printed Prosthetics Using rABS

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  ELIX Polymers has collaborated with Repsol and Leitat on a sociotechnological project with Ayúdame3D, a Spanish social startup that promotes the social value of technology through awareness-raising programs to help people with disabilities thanks to 3D printing. Sustainable Orthopedic Solution Ayúdame3D creates and delivers 3D printed prosthetics called Trésdesis, free of charge to people throughout the world. It obtains financing through programs with education centers and through CSR actions with companies: sponsorships, corporate volunteering and the creation of solidarity trophies and merchandising, as well as social impact conferences. ELIX Polymers is a company that has great experience in the Acrylonitrile Butadiene Styrene (ABS) industry. And within the framework of its Corporate Social Responsibility (CSR) and in order to contribute positively to the social well-being of people and reduce social inequalities, ELIX has collaborated with the association on a solidarity project

U.S. researchers create hydrogen fuel by mimicking photosynthesis

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The researchers converted light energy into chemical fuel. A team of scientists from the University of South Carolina (UofSC) and Florida State University (FSU) have discovered a way to convert light energy into chemical fuel in a lab, successfully producing hydrogen fuel by mimicking photosynthesis. The researchers pursued the idea of using simple molecules to mimic photosynthesis. In their study, the scientists combined two molecules. One was a photoredox catalyst, for instance a catalyst that can move electrons with light. The other was naphthol, which is a fluorescent organic compound. These combined molecules were exposed to light and each molecule absorbed a photon and then worked together to produce hydrogen fuel. They did this by mimicking a process that is referred to as the Z-Scheme in natural photosynthesis. Florida State University Associate Professor of Chemistry Ken Hanson and University of South Carolina Associate Professor of Chemistry Aaron Vannucci both participated i

2022 Mergers and Acquisitions that Made Headlines in Polymer Industry

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The polymer industry witnessed some major mergers and acquisitions that made an impact on the market. Let’s have a look back at the key acquisitions in case you might have missed some. Disruptive Deals Celanese Successfully Acquires DuPont’s Mobility & Materials Business Celanese Corporation announced it has  completed the acquisition of the majority of the Mobility & Materials (M&M) business of DuPont . The Company announced the acquisition of M&M in February 2022. As part of the transaction, Celanese has acquired a broad portfolio of engineered thermoplastics and elastomers, industry-renowned brands and intellectual property, global production assets, and a world-class organization. HEXPOL to Acquire 100% of the Shares in McCann Plastics LLC HEXPOL has signed an agreement to  acquire 100% of the shares in McCann Plastics LLC  from the McCann family. The acquisition price amounts to 120 MUSD on a cash and debt free basis and is funded by a combination of cash and exist

HYUNDAI MOTOR TO SUPPLY 1100 HYDROGEN FUEL-CELL SYSTEMS TO GERMAN AUTOMAKER

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In a three-year agreement, South Korean car giant Hyundai Motor Group will provide more than 1,000 hydrogen fuel-cell systems to a German manufacturer of environmentally friendly vehicles. According to the agreement, Hyundai Motor Group will provide 1,100 hydrogen fuel-cell systems for environmentally friendly trash and transport trucks to be made by Enginius, a division of German automaker Faun Group, the firm said in a statement. According to Faun Group, the second half of 2023 will see the installation of Hyundai’s 90-kilowatt hydrogen fuel-cell systems in its Bluepower garbage and Citypower cargo vehicles. Hyundai unveiled a brand for its fuel cell technology in January 2021. Its name is HTWO, which is an acronym for the hydrogen molecule H2. The company started constructing the HTWO Gwangzhou hydrogen fuel-cell systems plant in March of last year with the intention of starting production of 6,500 units annually in 2023. The Korean automobile conglomerate will be the sole owner of