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The PBT resin used in the applications such as ADAS will deteriorate and become weaker due to hydrolysis and being exposed to high temperature and high humidity environments for long periods. We have invented a proprietary resin reformulation technology that retains the excellent characteristics (moldability, dimensional accuracy, electrical properties) of PBT resin while improving its hydrolysis resistance.

Toray has contributed to solving problem with metal-resin composite parts by developing PBT resin with improved cold and heat resistance, as well as by providing customers with verification results in advance using our proprietary CAE analysis software. We would like to introduce an example of using grades suitable for heating and cooling cycles and CAE analysis.

Since the products involved in the various advanced driver-assistance systems (ADAS) that support this evolution are made to help drivers with things like peripheral monitoring, they are being used in increasingly harsh environments. In this whitepaper, we will look at how we've increased the alkali-resistance—a characteristic weakness of conventional PBT resin—to produce a new, vastly improved, highly durable material.

Tracking resistance of insulating materials is the key to miniaturization and space -saving in electrical components important for the switch to electric vehicles.We are delighted to show you this innovative new material which is widely used in automotive electrical components. It has achieved a CTI ranking of 0 (600 V) for PPS resin, which was previously thought impossible.

Laser welding of thermoplastics is becoming preferred methods to enhance quality of components manufacturing. Here, we will explain the advancements in PBT and PPS compounds are used for laser welding method including the unique features.

The PBT resin used in the applications such as ADAS will deteriorate and become weaker due to hydrolysis and being exposed to high temperature and high humidity environments for long periods. We have invented a proprietary resin reformulation technology that retains the excellent characteristics (moldability, dimensional accuracy, electrical properties) of PBT resin while improving its hydrolysis resistance.

Toray has contributed to solving problem with metal-resin composite parts by developing PBT resin with improved cold and heat resistance, as well as by providing customers with verification results in advance using our proprietary CAE analysis software. We would like to introduce an example of using grades suitable for heating and cooling cycles and CAE analysis.

Since the products involved in the various advanced driver-assistance systems (ADAS) that support this evolution are made to help drivers with things like peripheral monitoring, they are being used in increasingly harsh environments. In this whitepaper, we will look at how we've increased the alkali-resistance—a characteristic weakness of conventional PBT resin—to produce a new, vastly improved, highly durable material.

Electromagnetic countermeasures are becoming more challenging as the number of electronic devices increases due to the widespread introduction of 5G, IoT and ADAS, etc. Toray presents the characteristics of TORAYCA™ Carbon Fiber Reinforced Thermoplastic resin with superior electromagnetic shielding and provides application case studies to show how we solve these challenges.

Laser welding of thermoplastics is becoming preferred methods to enhance quality of components manufacturing. Here, we will explain the advancements in PBT and PPS compounds are used for laser welding method including the unique features.

The PBT resin used in the applications such as ADAS will deteriorate and become weaker due to hydrolysis and being exposed to high temperature and high humidity environments for long periods. We have invented a proprietary resin reformulation technology that retains the excellent characteristics (moldability, dimensional accuracy, electrical properties) of PBT resin while improving its hydrolysis resistance.

Toray has contributed to solving problem with metal-resin composite parts by developing PBT resin with improved cold and heat resistance, as well as by providing customers with verification results in advance using our proprietary CAE analysis software. We would like to introduce an example of using grades suitable for heating and cooling cycles and CAE analysis.

Since the products involved in the various advanced driver-assistance systems (ADAS) that support this evolution are made to help drivers with things like peripheral monitoring, they are being used in increasingly harsh environments. In this whitepaper, we will look at how we've increased the alkali-resistance—a characteristic weakness of conventional PBT resin—to produce a new, vastly improved, highly durable material.

Toray's newly developed super-flexible PPS resin features world-class flexibility, and is suitable for all molding methods. It has the potential to provide new value to customers in a variety of ways, such as by replacing metals in piping, simplifying assembly processes, reducing the number of parts via parts integration, and replacing materials such as fluororesins and thermosetting rubbers.

Toray's newly developed super-flexible PPS resin features world-class flexibility, and is suitable for all molding methods. It has the potential to provide new value to customers in a variety of ways, such as by replacing metals in piping, simplifying assembly processes, reducing the number of parts via parts integration, and replacing materials such as fluororesins and thermosetting rubbers.