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Rock solid platform in the world of braking systems
Article | Jun 9, 2022

For decades the vacuum booster system has been the go-to solution for braking applications. The Electrohydraulic Booster (EHB) was developed and was expected to take over quickly, but it was not until the transition to electrification from the internal combustion engine that EHB started to gather momentum, alongside further advances in brake-by-wire technology.

Brake-by-wire: enhanced stopping power
Article | Sep 7, 2021

The way we control and stop a vehicle has been evolving for over two centuries, and as braking systems have gone from a simple wooden block and handle to the advanced systems in operation today, it was perhaps difficult to see how much further the innovation envelope could be pushed. That was, at least, until brake-by-wire technology emerged. The concept, which has already been proven to operate effectively in high performance applications such as Formula 1 vehicles, removes the physical connect between the brake pedal and the elements that apply the stopping force – replacing it with electrical signals transmitted ‘by-wire’.

Press (5)

AI Automotive Industries 2022-12-13
Thermal management of battery-powered electric vehicle

In this technical article, Datwyler expert Jakub Kadlcak explains how thermal management of battery electric vehicles can be improved by the intelligent use of the right materials and composites.

calendar icon Thermal management of battery-powered electric vehicle | December 13, 2022

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AI Automotive Industries 2020-10-09
Brakes off electrohydraulic booster technology

Sometimes technology is seemingly ahead of its time – like the electrohydraulic brake booster (EHB), which is over two decades old. EHB is coming into its own with the introduction of electric vehicles and changes under the hood of vehicles driven by conventional power trains. This has put the spotlight on the safety-critical elastomer components that go into braking systems, such as those produced by Datwyler.

calendar icon Brakes off electrohydraulic booster technology | October 9, 2020

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e-Mobility Technology International, Volume 10 Issue Winter 2021
Brake-by-wire: on the precipice of major change

An overview of brake-by-wire technology and how its implementation will represent the biggest advance in braking systems since the electrohydraulic booster (EHB).

calendar icon Brake-by-wire: on the precipice of major change | December 1, 2021

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O+P Fluidtechnik, Issue 2021/07-08
Brake systems of the future - components in the spotlight

A look into the future of braking systems and how sealing solution components play a crucial role in regards to safety, function and performance.

calendar icon Brake systems of the future - components in the spotlight | July 15, 2021

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e-Mobility Technology International, Volume 8 Issue Spring 2021
Braking Systems: Technological advances that bring us to standstill

The future of braking systems and how small components such as sealing solutions play an instrumental role in terms of safety, integrity and performance.

calendar icon Braking Systems: Technological advances that bring us to standstill | June 8, 2021

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Brake Systems

Polymer Components for Brake Applications

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1.17 MB