More
    HomeAutomotiveSwiss Steel: Sustainable and easy-to-machine special steels for the future of the...

    Swiss Steel: Sustainable and easy-to-machine special steels for the future of the automotive industry

    Emmenbrücke, Witten: The automotive industry is facing major challenges, and the demands placed on materials are more diverse than ever before. At the Swiss Steel Group, the development and production of special steels plays a key role in meeting current and future needs particularly with regard to sustainability, efficiency, and machinability.

    The trend is increasingly toward lighter, safer, and more resource-efficient vehicles. This applies not only to vehicles with low-CO2 drives, but also to the manufacture of components for electric vehicles, which rely on lighter materials to maximize range and energy efficiency. The Swiss Steel Group relies on innovative steel technologies that not only offer maximum performance but also promote the sustainable use of resources.

    Sustainability through lighter materials and resource conservation

    A key goal of automotive manufacturers is to reduce fuel consumption in vehicles with conventional drives through lightweight construction while increasing the range of electric cars. The Swiss Steel Group’s special steels contribute to this by enabling components to be produced with less material and optimized performance. This reduces CO2 emissions over the entire life cycle of the vehicles – from production to operation to disposal.

    Particularly noteworthy is the use of Bainidur 1300, an innovative material from Deutsche Edelstahlwerke. This bainitic steel enables the cost-efficient production of lightweight components that can be processed easily without additional tempering processes or the risk of distortion – even for large-format components (> 60 mm round). Thanks to its lower material consumption and easier machinability, this steel contributes significantly to resource conservation.

    Ease of processing as a competitive advantage

    In addition to sustainability, the focus is on efficiency in production. With its special steels, the Swiss Steel Group offers solutions that are not only high-performance, but also particularly easy to process. One example is Bainidur 1300, which, thanks to its excellent machinability, helps to minimize production costs when manufacturing complex components while ensuring consistent quality. Thanks to the optimized forging and cooling process, the effort required for the finished parts is significantly reduced. This saves manufacturers both time and money.

    Bainidur 1300 offers an outstanding combination of lightweight construction and machinability. It enables components to be manufactured efficiently without compromising on quality. At the same time, it significantly reduces the amount of material used, which has a positive impact on resource conservation.

    Innovative solutions for demanding applications

    The Swiss Steel Group also offers tailor-made solutions for the most demanding applications in the automotive industry. For example, the heat-resistant steel Thermo-dur 2383 Supercool ensures shorter production times in the manufacture of sheet metal components such as the B-pillar by significantly reducing process costs through combined hot forming and heat treatment. The SF-2000 LQ40 plastic mold steel from Sorel Forge is characterized by excellent purity, which enables a high-gloss polishable surface – ideal for the production of crystal-clear headlight lenses.

    Steeltec’s HSX 90 special steel is used in the production of airbag sleeves and ensures fast and reliable manufacturing, with the steel withstanding extreme loads until the airbag is deployed.

    Sustainability and machinability as key factors

    The Swiss Steel Group supports the automotive industry not only with highly developed materials that meet the highest performance requirements, but also with innovative solutions that are both resource-efficient and efficient in production. The use of sustainable special steels not only reduces the CO2 footprint of vehicles, but also simplifies production and makes it more cost-effective. This is a clear advantage for all players in the automotive industry who are committed to the future of mobility.

    Related Post

    Most Popular

    Best Picks

    Understanding Fire Risks in Electric Vehicles (EVs)

    Recent findings indicate that electric vehicles (EVs) do not present a higher fire risk compared to conventional gasoline-powered vehicles. Andrew Klock, a senior manager...

    STPOWER Studio: 3 new topologies for accurate electro-thermal simulation...

    Author: STMicroelectronics STPOWER Studio 4.0 just became available and now supports three new topologies (1-phase full bridge, 1-phase half-bridge, and 3-phase 3-level T-NPC) to cover significantly...

    What is an STM32 MPU? Understanding the new realities...

    Author: STMicroelectronics What’s the difference between a microcontroller (MCU) and a microprocessor (MPU)? In simplistic terms, both are the brains of an embedded system. A few...

    From basic training to world-class competitions: MEMS sensors in...

    Author: STMicroelectronics With the global spotlight on sports these days, it is almost impossible to overlook the technological innovations like the MEMS (Micro-Electro-Mechanical Systems) sensors. Embedded in wearable...

    STM32WB0x: Meet all the new wireless STM32WBs that will...

    Author: STMicroelectronics ST is launching the STM32WB05 and the STM32WB06/07, thus extending the STM32WB0 series inaugurated late last year with the introduction of the STM32WB09. The new family fully realizes...

    DEP Meshworks: Pioneering CAE Innovations for EVs and Autonomous...

    Detroit Engineered Products (DEP) is a global Engineering Solutions and Product Development company with a rich 25-year legacy. Since its inception in 1998 in...

    “India’s Electric Vehicle Revolution: Navigating Challenges and Seizing Opportunities...

    The EV industry of the nation is witnessing a tectonic boom. With the advent of government policies about a clean and green environment, the...

    Wireless Power in the Kitchen

    Authors: Akshat JAIN, STMicroelectronics India, Fabrizio Di FRANCO, STMicroelectronics, Italy, Martin DENDA, Rene WUTTE, STMicroelectronics Austria, Bruno TISSERAND, STMicroelectronics, France Wireless power is going to...

    MWC Shanghai 2024: 3 demos that are about improving...

    Author: STMicroelectronics MWC Shanghai 2024 should be memorable, thanks to more than 30 innovative product showcases and demonstrations, nine applications on display, and more than...

    Must Read