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Industry demand for lightweight materials that have properties comparable to those of conventional materials in their specific application environments has been increasing by leaps and bounds in recent years. The replacement of conventional thermoplastic elastomers (TPEs) by Lightweight TPEs with recycled content plays a central role here. Lightweight TPEs provide wide-ranging options and unique materials parameters.
Substitu ting standard thermoplastic elastomers (TPEs) with light TPEs with recycled content opens up a wide range of options.
In the late 2010s, KRAIBURG TPE developed a technology that makes it possible to produce very lightweight application-specific thermoplastic elastomers. This technology was based on the use of 3M™ Glass Bubbles, which, with a markedly low overall material density, enabled the production of plastic-compatible components that are characterized by both outstanding resilience and softness. Launched in spring 2020, these newly developed Lightweight TPEs have proven to be successful. The main reason for this was that these compounds extensively met the current demand for effective lightweight solutions on the part of automotive manufacturers, as well as manufacturers in other sectors such as aviation and power tools, or in the sports and leisure industry.
KRAIBURG TPE’s expansion of the Lightweight series now marks another milestone in the development of materials for the lightweight construction sector. The newly developed THERMOLAST® R compounds have almost exactly the same material properties as the existing series and combine these properties with a recycled content of 10 to 60 percent. These advantages of lightweight TPEs are complemented by resource-conserving recycled raw materials from post-consumer sources. This leads to a reduced product carbon footprint (PCF) for the compounds and can therefore have a positive impact on the sustainability and climate targets of plastics-processing companies for many components.
The use of Lightweight TPEs with recycled content also reduces the weight of both materials and parts. This may lead to a reduction in energy consumption during the utilization phase of vehicles. In addition, components made of these materials can be recycled and reused in the same or similar applications. “Irrespective of any formal advantages that we achieve, it is measurably the case that the processing of Lightweight TPEs with recycled content saves more resources due to shorter cycle times,” explains Marius Kantoch, Market Manager Consumer at KRAIBURG TPE. “This shows once again that, in relation to sustainability issues, thermoplastic elastomers also represent the materials of the future.”
The weight reductions achieved by using Lightweight TPEs with recycled content for applications in the mobility sector or the consumer industry, for example, can save about 35 percent as compared to the respective standard TPS, 30 percent as compared to TPV, or even up to fifty percent as compared to PVC.
Other advantages of lightweight elastomers from KRAIBURG TPE include easy processability in the respective production processes. This means they can be used – with low shrinkage and distortion in the part geometry – for injection molding and extrusion processes on all thermoplastic production lines. The material achieves excellent results due to its high surface homogeneity and outstanding compression set. Lightweight TPE with recycled content is also characterized by its softness, damping, surface quality and wearing comfort. So there’s a wide range of possible applications: in the automotive sector, as components for power tools, as well as for large-surface and lightweight components for skiing equipment or protectors, etc.
Lightweight TPEs with recycled content are available worldwide from KRAIBURG TPE.
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