Ultrapolymers partners with leading manufacturers such as LyondellBasell, Ineos Styrolution, Domo, Ravago, BASF, Sumitomo and Samyang and many more to offer an exceptional range of materials designed for the ever changing Automotive industry.
Ultrapolymers offers a diversified product range of materials for the automotive industry. Working in cooperation with OEMs, Tier 1, Tier 2 and other sub-moulding companies, we are able to select the most suitable solution for each specific application.
Explore this short piece of e-learning to get an introduction to the market of Electric Vehicle (EV) chargers. Learn about the different types of EV charger, the key performance requirements of different components, the materials most often used and why, and the influence of sustainability on EV chargers.
Do you want to understand the mobility market a bit more, the different subsegments, regulations and approvals most commonly seen, the various polymers used, in which applications and why?
Expand your knowledge with the Academy, our learning and development hub dedicated to the polymer industry. Our short course Plastics in Mobility introduces the mobility market, exploring automotive, rail, aerospace, electric vehicles and micro-mobility, the polymers used in mobility manufacturing and why.
As automobiles change, the requirements of their exterior change too. The need for lightweighting polymers and composites adoption has increased, whilst being able to cope with a broad range of environments from Scandanavia to the Middle-East. With changing styles, trends and technologies, exterior components have evolved from just being panels to being camera housings, sensor mounts and lighting features in addition to offering robust and aesthetically pleasing frames.
As automobiles change, the requirements of their exterior change too. The need for lightweighting polymers and composites adoption has increased, whilst being able to cope with a broad range of environments from Scandanavia to the Middle-East. With changing styles, trends and technologies, exterior components have evolved from just being panels to being camera housings, sensor mounts and lighting features in addition to offering robust and aesthetically pleasing frames.
In the current transformation of the automotive industry, materials including plastics are key to optimising design, efficiency and sustainability. From lightweight components to enhance fuel economy to durable interiors that elevate comfort. Performance, safety and sustainability can all be achieved simultaneously with our advanced range of recycled and renewable feedstock plastics.
In the current transformation of the automotive industry, materials including plastics are key to optimising design, efficiency and sustainability. From lightweight components to enhance fuel economy to durable interiors that elevate comfort. Performance, safety and sustainability can all be achieved simultaneously with our advanced range of recycled and renewable feedstock plastics.
As the expectations of an automobile have changed over the years so has the expectations of its interior. Blending functional, aesthetics, longevity and style means that there is an increased pressure on polymers to meet these requirements. Add in to this the need for weight reduction and a focus on sustainability the types of polymers used in automotive has evolved to include a wide range of solutions.
As the expectations of an automobile have changed over the years so has the expectations of its interior. Blending functional, aesthetics, longevity and style means that there is an increased pressure on polymers to meet these requirements. Add in to this the need for weight reduction and a focus on sustainability the types of polymers used in automotive has evolved to include a wide range of solutions.
The underbonnet of a car is subject to extreme conditions. Components in this area experience intense temperature fluctiations, exposure to various chemicals and mechanical stresses. The evolution of car engines to renewably powered alternatives means the demands of underbonnet applications are shifting. For battery electric vehicles, polymers must be able to withstand the high voltages for them to be safe and fit for purpose, whilst withstanding the fluctuating environmental temperatures and chemical exposure. Ultrapolymers works with it's supply partners to bring new polymer technologies to market and meet the demanding upcoming cases such as this.
The underbonnet of a car is subject to extreme conditions. Components in this area experience intense temperature fluctiations, exposure to various chemicals and mechanical stresses. The evolution of car engines to renewably powered alternatives means the demands of underbonnet applications are shifting. For battery electric vehicles, polymers must be able to withstand the high voltages for them to be safe and fit for purpose, whilst withstanding the fluctuating environmental temperatures and chemical exposure. Ultrapolymers works with it's supply partners to bring new polymer technologies to market and meet the demanding upcoming cases such as this.
The largest growing segment within automotive is BEV (Battery Electric Vehicles) which has heralded a significant change in the material requirements for vehicles. Specialist polymers are having an increased need for use in these vehicles, compensating for the weight of a battery pack but also the safety and security needs for high voltage systems. Ultrapolymers partners with leading manufacturers of polymers designed with the demands of Electric Vehicles in mind.
The largest growing segment within automotive is BEV (Battery Electric Vehicles) which has heralded a significant change in the material requirements for vehicles. Specialist polymers are having an increased need for use in these vehicles, compensating for the weight of a battery pack but also the safety and security needs for high voltage systems. Ultrapolymers partners with leading manufacturers of polymers designed with the demands of Electric Vehicles in mind.
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