KRAIBURG TPE calls on customers and partners to establish a development alliance for thermally conductive TPE

Under the slogan "Join us on the journey", KRAIBURG TPE calls on interested customers and partners to form a development alliance
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The focus is on thermally conductive TPE, a material of the future that is currently in high demand
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The company's goal is to develop solutions and components for the automotive and industrial markets
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Benefit from the comparison: Intelligent thermal management of thermally conductive plastics combined with electrical insulation can permanently change current practices in many industrial sectors - leading to leaner solutions with fewer hot spots and design freedom, while delivering extreme performance in injection molding High process reliability
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Driven by growing demand, KRAIBURG TPE is expanding its solutions portfolio and seeking to form development-oriented alliances with customers and partners to reach new levels
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Vision: To jointly develop applications for superior compounds with reliability, energy efficiency, durability and superior performance
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On the basis of initial development and testing, KRAIBURG TPE realized that the combination of thermally conductive plastics with electrical insulation would provide added value to manufacturers in the automotive industry – especially OEMs focused on electric vehicles as well as battery manufacturers
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But industry in general will also benefit from these solutions
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Clever thermal management in electronics offers benefits to manufacturers of power tools, LED lights, charging stations and charging plugs, as well as producers of e-bike peripherals and accessories, as well as electrical and electronics (E&E)
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In similar application scenarios, until now, the production of aluminum heat sinks with silicone, pads, and solder paste has often encountered challenges related to processing and process reliability
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Compared to these thermally conductive materials, the thermoplastic processability of TPE is superior to conventional methods
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In addition, TPE's solution can give full play to its advantages
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● Hardness range from 55 to 75 Shore A

● Various thermal conductivity up to 3W/(m*K) available

● Can be bonded to polyolefin or polyamide using multi-component injection molding

● Free of PVC and silicone

The process reliability of thermally conductive TPE injection molding ensures that the TPE is held in place during assembly and use
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KRAIBURG TPE leads the way with its vision in thermally conductive TPE
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In the TPE industry, the combination of adhesion and thermal conductivity to PP or PA is not yet available
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"As the power density of systems increases, improved thermal management is becoming increasingly important
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The future market for thermally conductive TPEs will show strong growth -- and our materials position us well to compete in this market
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" Kay This is how B&T qualified engineer and pre-development project manager Martina Hetterich describes the need for the solution
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KRAIBURG TPE is now soliciting qualified partners with specific project ideas and requirements, as well as the ability to test and evaluate different TPEs
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