In February 2025, Inspector Technology introduced ground-breaking carbon touches, setting new standards for performance and long life in the automotive industry. The new brake counter has a mild building plant with high strength and extraordinary heat resistance, which can withstand temperatures of up to 1400 ° F. This advanced technology not only ensures better performance in acute driving conditions but also claims an impressive life of more than 300,000 kilometres.
In April 2024, Surface Transforms PLC announced an agreement with a high-end European luxury car manufacturer to supply carbon-ceramic brake discs for its upcoming electric vehicle (EV) model. This marks a significant step forward in integrating carbon-ceramic brake technology into electric and hybrid vehicle designs due to their superior performance and weight-saving benefits. In September 2023, SGL Carbon, in collaboration with Brembo, also revealed plans to ramp up production for Brembo SGL Carbon Ceramic Brakes (BSCCB). Supported by investments of € 150 million by 2027, this initiative aims to increase the production capacity of their carbonic braking system by more than 70%. This adequate investment reflects the demand for the growing carbon-touching brake market, which is inspired by changes to high-performing vehicles and electric vehicles, and requires advanced braking solutions. Promoting production in Meitingen and Stezzano features can increase the availability of BSCCB products, which can enable both companies to improve the developed needs of the automotive industry for high-performance, light, and durable braking systems.
In June 2024, a strategic partnership between the adviser and Break India was formed when the two companies established a joint venture to expand their advanced braking system business in India. This collaboration was inspired by the growing demand for high-daming braking solutions, as the Indian motor vehicle continues to develop with more advanced vehicles, including performance and electric vehicles in the market. The Joint Venture will focus on developing and creating the next-generation braking system that meets the specific requirements of the Indian market.
In September 2023, SGL Carbon, in collaboration with Brembo, also revealed plans to ramp up production for Brembo SGL Carbon Ceramic Brakes (BSCCB). Supported by investments of € 150 million by 2027, this initiative aims to increase the production capacity of their carbonic braking system by more than 70%. This adequate investment reflects the demand for the growing carbon-touching brake market, which is inspired by changes to high-performing vehicles and electric vehicles, and requires advanced braking solutions. Promoting production in Meitingen and Stezzano features can increase the availability of BSCCB products, which can enable both companies to improve the developed needs of the automotive industry for high-performance, light, and durable braking systems.
According to Coherent Market Insights (CMI), the global Automotive Carbon Ceramic Brakes Industry size is set to reach US$498.8 million in 2032. Global Automotive Carbon Ceramic Brakes Industry will likely increase at a CAGR of 8.8% during the forecast period.
Impact of Recent developments in Automotive Carbon Ceramic Brakes Industry
The introduction of carbon ceramic brakes by Inspector Technology, with extraordinary heat resistance (up to 1,400°F) and a lifespan of over 300,000 kilometers, sets a new benchmark for the industry. These advantage in heat resistance and longevity positions these brakes as a game-changer, offering superior performance that traditional braking systems cannot match. As a result, this innovation will likely push other manufacturers to compete in terms of performance, longevity, and heat resistance. The development could lead to increased adoption of carbon ceramic brakes in both performance and electric vehicles, where superior braking capabilities and durability are critical. By providing enhanced safety, reliability, and cost-effectiveness over time, these advanced brakes will be pivotal in meeting the growing demands of high-performance and electric vehicles.
Surface Transforms’ agreement with a high-end European luxury car manufacturer to supply carbon-ceramic brake discs for electric vehicles (EVs) highlights a growing trend in the automotive industry of integrating advanced braking systems into EVs. Innovations in carbon-ceramic brake technology have made them increasingly suitable for electric powertrains, as they help reduce vehicle weight and improve braking efficiency—two crucial factors for optimizing the performance of EVs. Carbon-ceramic brakes also offer better durability and heat resistance, which is particularly beneficial for the regenerative braking systems commonly used in electric and hybrid vehicles. This collaboration is likely to lead to the wider adoption of carbon-ceramic brakes in EV and hybrid vehicles, further boosting their demand in the market and solidifying their role in the future of high-performance, sustainable automotive engineering.
The joint venture between Advics and Brakes India to develop advanced braking systems for the Indian market is an important step in expanding the reach of carbon ceramic brakes into emerging markets. As India experiences growth in performance and electric vehicles, there will be an increasing demand for high-performance braking systems that can handle the unique challenges of these vehicles. Carbon ceramic brakes, with their superior performance and longevity, are well-suited to meet this demand. Their ability to withstand high temperatures, reduce wear, and provide consistent braking power will be crucial in supporting the performance requirements of both high-performance and electric vehicles in India. This collaboration signals a growing recognition of the value of carbon ceramic brakes in delivering long-lasting, reliable performance, ensuring that the brakes can endure the demanding conditions of the Indian automotive market.
The €150 million investment in expanding the production of Brembo SGL Carbon Ceramic Brakes (BSCCB) by more than 70% will significantly boost the supply of carbon ceramic brakes. The enhanced production capacity will enable both companies to meet the rising demand from high-performance, luxury, and electric vehicles. This will not only increase product availability but also support the continued growth of the automotive industry’s demand for lightweight and durable braking systems.
Source:
News Outlet: Reuters, NBC News, ET Auto
