Glas transport

Glass in Transport: A Technology that Offers Possibilities

Glas transport is a fundamental part of most vehicles and is essential for Europe's transport industry. Windshields, taillights, and windows for cars and all types of vehicles provide safety, security, durability, excellent visibility, enhance passenger comfort, and enable the development of modern designs. As the future of transport requires advanced interconnected technologies, glass already enables the integration of sensors, cameras, antennas, GPS, and various other functionalities in a visible way. Additionally, glass offers advanced solutions for automated driving.

Glass in the Automotive Industry

Glass solutions for the automotive industry must deliver the highest possible performance in terms of safety, security, durability, style, and comfort for vehicle manufacturers and passengers. Innovative products contribute significantly to reducing fuel consumption and CO2 emissions through lighter and stronger glass components, heat-reflective glass that limits the use of air conditioning, panoramic glass roofs with solar panels, etc.

Windshields

Modern windshields are not only an essential part of cars but also ensure the safety of our journey. Windshields are typically made of laminated safety glass, consisting of two or more curved glass sheets with a plastic layer in between. They provide clear visibility while ensuring the safety of the driver and other passengers. They can also act interactively.

By connecting windshields with a camera, the driver gains access to various viewpoints around the vehicle. Sensors for data communication and mobile information can also be integrated, allowing these sensors to scan the road for additional assistance. In many advanced vehicles, dashboard information is projected onto the windshield, allowing the driver to keep their attention on the road.

Side Windows

Good visibility is key to driving safety, and visual comfort is part of it. Side windows and sunroofs allow sunlight to enter the vehicle, enhancing the driver's visibility. Lightweight and aerodynamic designs require glass surfaces of increasing complexity, making it a true production challenge.

In conclusion, glass plays a crucial role in the transport industry, offering a wide range of possibilities. It provides safety, security, durability, and excellent visibility for vehicles. With the integration of advanced technologies, such as sensors and cameras, glass enables the development of interconnected systems and automated driving. The automotive industry benefits from innovative glass solutions that contribute to reducing fuel consumption and CO2 emissions. Therefore, glas transport is an essential component for the future of transportation.