As a new division of Dow DuPont Specialty Products that provides solutions for engineering plastics, elastomers, lubricants, and specialty silicon materials, DuPont Transportation and Advanced Materials will introduce two models at CHINAPLAS in 2018 Products with competitive advantages - DuPontTM Zytel® FE290025 BK553 for air line materials and DuPontTM VAMAC® HT-AEM for turbocharger hoses.
DuPont offers a full range of solutions for air line products that can be applied to different methods of blow molding, injection molding, extrusion, etc., including elastomer Hytrel®, Vamac® AEM, Vamac® HT-AEM, and rigid materials Zytel® PA and Crastin® PBT. In addition, DuPont also provides customers with extensive technical support, including advanced CAE ('Computer Aided Engineering' abbreviation) technology, as well as component design and NVH ('Noise, vibration, noise roughness') ) Detection.
Air line products One-stop solution
The successful development of Zytel® FE290025 BK553 air line material benefits from DuPont's innovative strength. The product has excellent high temperature resistance, mechanical strength, and chemical resistance, and can be blow molded into a complex air line with good surface quality. It can be Simplify the production process, reduce costs and weight, and improve durability and reliability.
The VAMAC® HT-AEM turbocharger hose material is resistant to high temperatures, chemical resistance, and easy processing, all of which contribute to the long-term stability of the components.
The Zytel® FE290025 BK553 and Vamac® HT-AEM have been successfully applied to the air line of the VW EA888 engine. The introduction of these two products enriches DuPont's product portfolio of transportation solutions, offering customers alternative solutions. Behind this success story is the collaboration of companies across the entire value chain, including raw material suppliers, Tier 1 suppliers, and automotive OEMs. In addition, DuPont’s rapid response to customer product development needs and on-site technical support capabilities are also Key factors for the success of the project.
Turbocharged -Key technologies to improve fuel efficiency
The miniaturization of automotive engines, improved fuel efficiency and improved performance are largely due to the development of turbocharger technology. The two products DuPont exhibited at CHINAPLAS this year provide automotive manufacturers with innovative turbocharging systems. The ideal solution. As an effective way to increase fuel efficiency and reduce CO2 emissions, turbocharging has become a cost-effective solution that is welcomed by end-users. With the introduction of more stringent regulations around the world to limit carbon emissions, Many OEMs use turbocharging as one of the solutions to compliance requirements.
Turbocharging technology requires the product to perform well under a wide range of harsh conditions, including high temperatures, acid/EGR (Engine Exhaust Gas Recirculation) and BBG (Crankcase Ventilation) condensates, high pressure/high mechanical load and fatigue/persistence .
DuPont is committed to working with customers around the world to develop new products, components and systems to help reduce dependence on fossil fuels and thus protect the environment. DuPont's new products at CHINAPLAS are aimed at high performance pipelines in turbocharged engines. The outstanding dynamic performance and heat resistance of these products signify a further step forward in the development of this product line. 'Pan Ruoming, Automotive Application Development Manager, Asia Pacific, DuPont Transportation & Advanced Materials Division, commented.