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The development of new technologies in the automotive industry is focused on improving passenger comfort and safety
.
Increased demand for sensors in self-driving cars
Increased demand for sensors in self-driving carsToday, BASF has developed a modified polybutylene terephthalate (PBT) Ultradur® RX for radar sensors for vehicles
.
Dr.
Erik Gubbels, Ultradur® R&D Specialist at BASF's Performance Materials business unit, said: "The newly developed Ultradur® RX series consists of different grades designed to absorb and reduce interfering radiation in the 76 to 81 GHz range, providing Sensitive electronics offer a high level of protection
.
Absorption and reflection of interfering radiation
Absorption and reflection of interfering radiationIn the field of road traffic, the problem of electromagnetic interference is becoming more and more serious.
In order for the sensor to function optimally, the signal noise must be reduced by absorbing electromagnetic interference
.
As a functional plastic, Ultradur® RX is an excellent alternative to metal casings, helping to reduce weight and improve vehicle efficiency
.
Since noise absorption properties depend on the geometry, the right material must be selected for each application - BASF's new Ultradur® RX portfolio offers the ideal solution for any application
.