RDAbbott的动态

As the demand for energy efficiency, comfort, and sustainability grows in #mobility, silicone #elastomers are playing an increasingly vital role. From lightweight designs to enhanced durability and reliability, silicone is helping to shape the future of #VehicleSystems. Whether it's high-consistency rubber, liquid silicone, or fluorosilicone, these materials are evolving to meet the needs of today’s #vehicles. Stay ahead of the trends and learn more about the materials driving innovation in vehicle systems. How is your team adapting to the latest trends in elastomer technologies? https://dow.inc/4eYHPVv

Vehicle Foams Market Overview Download Sample URL:https://lnkd.in/eH4i_A5f The vehicle foams market is growing due to increasing demand for lightweight, durable, and cost-effective materials in the automotive industry. Foams are used for noise reduction, insulation, and comfort in vehicles. Leading players like Armacell, Covestro, BASF, Huntsman Corporation, and Recticel dominate by providing high-performance foam products. Innovations in foam technology, coupled with the shift towards electric vehicles, are driving the market forward. #VehicleFoams #AutomotiveInnovation #LightweightMaterials #FoamMarket #SustainableFoam

Advanced automotive coatings are setting new benchmarks for precision, durability, and efficiency. From enhancing vehicle aesthetics to ensuring long-lasting performance, innovations in viscosity control and application techniques are transforming the industry. Discover how cutting-edge technologies are driving cost efficiency, environmental compliance, and superior quality in modern manufacturing. #ManikaPlastech #ManikaTimes #PlastechIndustry #Manufacturing #AutomotiveInnovation #CoatingsTechnology #IndustryTrends

EV makers are constantly looking for ways to make their vehicles lighter in order to extend range while using the same battery. Next-gen automotive structural adhesives are promising lighter EVs that go farther. Researchers at Japan’s Nagoya University have developed a new type of structural adhesive for the automotive industry — a hydrogen-bonded styrenic thermoplastic elastomer based adhesive — which is both flexible and extremely impact resistant. It has 22 times the impact strength of traditional epoxy-based adhesives that do not incorporate any rubbery additives. To quote one of the researchers, “The adhesive’s ability to bond various materials, such as metals and FRPs, enables the design of lighter vehicles without compromising safety or performance.” The breakthrough would not only benefit the automotive industry but also industries such as aerospace where lightweighting is a constant endeavour. #ElectricVehicles #StructuralAdhesive #Lightweighting #SustainableMobility #Innovation

???? Rev up your engines and drive into the future with us! The world of #AutomotiveSilicone is here, and it's revolutionizing efficiency and performance in the automotive industry. At the heart of this transformation, silicone solutions are making waves, offering unparalleled durability, flexibility, and resistance to extremes. From leak-proof gaskets and enduring seals to high-performance adhesives and friction-reducing lubricants, silicone is the unsung hero of modern vehicle manufacturing and maintenance. ??As we venture into advanced automotive technologies, silicone proves indispensable—boosting safety, efficiency, and sustainability. Imagine a world where your vehicle components last longer and perform better, thanks to the protective power of silicone coatings against corrosion and wear. Or envision the seamless integration of cutting-edge sensor tech and electric vehicle components, all made possible by the versatility of silicone. ?????Our latest insights dive deep into these groundbreaking developments, showcasing how silicone is driving innovation and reshaping the future of automotive engineering. ?? Don't just take our word for it—explore the full article and discover the transformative impact of silicone today. Read more here: [Silicone Solutions: Driving Efficiency in the Automotive Industry]( https://lnkd.in/e4ev5Qaw us on this exciting journey towards a smarter, more sustainable automotive future. Engage with us by sharing your thoughts and experiences in the comments below! #Innovation #Efficiency #AutomotiveIndustry #SiliconeSolutions

Combating Emissions with Innovation: How NAGEL’s integrated machinery rduces vehicle fine dust through advanced brake disc technologies What do a laser cladding system and a double-sided surface grinding machine have in common? “The manufacturer”. The #Euro7 emissions standard to protect the environment and health brings new technical challenges for vehicle manufacturers. ? In addition to many other parameters, the indispensable braking systems, which convert kinetic energy into heat via friction, have also come into focus. Powerful #brakesystems use #brakedisks for deceleration, on which a friction lining is pressed. The resulting fine abrasion amounts to over 30% of the total fine dust emissions of a vehicle. It therefore makes sense to significantly reduce wear on these components in future, while maintaining the same safety standards. In addition to #improved brake pads, the #solution includes coating the #frictionsurfaces of the brake discs with #hardmaterials in order to minimize the tendency to wear here too. Less wear, less fine dust. What sounds so simple is often not, and this is also true here. ? NAGEL - Honen & Superfinishen faced up to this task early on and once again successfully implemented the concept - everything from a single source. The main plant produces #lasercladding systems, #doublesided surface grinding machines and the #tools for them, because the solution to this task once again shows that the various process steps influence each other. The short decision-making processes at NAGEL have resulted in a competence center that is equipped with several state-of-the-art Nagel LCV 575 laser coating machines as well as #NaGrind 575 double-sided surface #grindingmachines. Over 10,000 brake discs of the highest quality have now been produced here. Positive test bench and real vehicle tests well below the targeted fine dust emission values and the resulting customer confidence led to the award of numerous complete systems. ? The series machines specially developed for hard coating and subsequent fine machining are characterized by extremely short #cycle times, perfect #operability and a high degree of #processreliability, which is achieved through precise coordination - all from a single source. #NAGEL #NAGELnuertingen GrindingHub

How Do Polymer Innovations Enhance Automotive Performance? Polymers are transforming the automotive industry, helping automakers meet the demands of performance, sustainability, and safety in an increasingly competitive market. Here’s how: 1. Lightweight polymer composites are replacing heavy materials like steel and aluminum, contributing to more fuel-efficient and eco-friendly vehicles. ?? 2. Advanced thermoplastics are engineered to withstand harsh thermal and chemical conditions, ensuring durability and longevity in critical applications. ?? 3. Smart polymers offer exciting possibilities for adaptive aerodynamics and self-healing coatings, enhancing vehicle efficiency and longevity. ?? 4. Flame-retardant polymers provide essential fire safety, particularly in high-risk settings such as EV battery enclosures, where safety is paramount. ?? 5. NVH control polymers significantly improve acoustic comfort in vehicles while maintaining lightweight and efficient designs, enhancing the overall driving experience. ?? Read the full article: https://lnkd.in/g4kJJkjv #Automotive #Plastics #Polymers #SmartPolymers #PlasticsEngineering #FlameRetardants #Composites

MATERIALS: Henkel and The 4JET Group introduce a new silent tire production process Henkel and 4Jet have designed a new process to manufacture silent tires for EVs. The innovative Laser-Fit process uses a custom-made #acousticfoam made from liquid materials, inside the tire at the end of the tire line. Dr Rainer Schoenfeld, head of global market strategy in Henkel's automotive component business unit, explained, "Our new-to-market Loctite Laser-Fit acoustic foam achieves its sound absorption effect through a large inner surface and a pore design specifically tailored for tire noise suppression. Without 4Jet's laser activation process, which precisely removes the foam skin, the majority of sound waves would be reflected off the foam surface instead of being absorbed.” Read more here: https://lnkd.in/e_YFX6ar #Tires #Tyres #TireTechnology #TireDevelopment #Manufacturing #Sustainability #ChemicalEngineering #MechanicalEngineering #Technology #Transportation #TireTechExpo #ukimediaevents

Why are adhesives crucial in vehicle manufacturing? Driven by government regulations and rising consumer demands, automotive adhesives are essential for creating durable, noise-free, and lightweight vehicles. Applications in seats, bumpers, and powertrains are transforming vehicle design, especially in the #AsiaPacific region, where booming infrastructure and manufacturing power drive market growth. Adhesives surpass welding in bonding efficiency, aligning with trends in #electricvehicle, hybrid, and premium vehicles. By Technology:? Hot melt? Solvent Based? Water based? Pressure Sensitive? Others (Reactive and Thermosetting) Explore more information:? https://lnkd.in/eF23VyM8 Key Companies:? 3M Company? Dow? H.B. Fuller? PPG Industries? Illinois Tool Works (ITW) Solvay S.A. #AMR #AutomotiveAdhesives #LightweightVehicles #VehicleDesign #FuelEfficiency #SmartCars #NVHReduction #InnovationInAutomotive #AsiaPacificMarket #CompositeMaterials #AutomotiveTrends ?

Combating Emissions with Innovation: How NAGEL’s integrated machinery Reduces vehicle fine dust through advanced brake disc technologies What do a laser cladding system and a double-sided surface grinding machine have in common? “The manufacturer”. #WherePassionMeetsPrecision #Euro7 emissions standard to protect the environment and health brings new technical challenges for vehicle manufacturers. In addition to many other parameters, the indispensable braking systems, which convert kinetic energy into heat via friction, have also come into focus. Braking systems use Brake discs for deceleration, on which a friction lining is pressed. The resulting fine abrasion amounts to over 30% of the total fine dust emissions of a vehicle. It therefore makes sense to significantly reduce wear on these components in future, while maintaining the same safety standards. In addition improved brake pads, the solution includes coating the friction surfaces of the brake discs with hard materials in order to minimize the tendency to wear as well. Less wear, less fine dust. What sounds so simple is often not, and this is also true here. NAGEL - Took up to this task early on and once again successfully implemented the concept - everything from a single source. One stop shop!!! We design and build laser cladding systems, double sided surface grinders and the tooling for them, all solutions under the same roof. Over 10,000 brake discs of the highest quality have now been produced utilizing our equipment. Positive test bench and real vehicle tests well below the targeted fine dust emission values and the resulting customer confidence led to the award of numerous complete systems. The series machines specially developed for hard coating and subsequent fine machining are characterized by extremely short cycle times, perfect operability and a high degree of process reliability, which is achieved through precise coordination - all from a single source. Contact us to know more: Nagel Precision Inc. ?? +1 734 426 1812 ?? [email protected] ?? www.nagelusa.com hashtag #Nagel hashtag #WherePassionMeetsPrecision