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Global EV ADAS Adhesives Market
INTRODUCTION
Because of their high binding strength, cyanoacrylates are widely employed in the automobile sector. They can operate in temperatures between -40° and 250° F since they can tolerate harsh environments.
When other glues or fasteners are not an option, cyanoacrylates may be utilised in other situations as well. The purpose of ADAS is to reduce the number of car accidents and the seriousness of those that cannot be prevented in order to prevent deaths and injuries.
Applications for ADAS that are crucial for safety include: Finding and avoiding pedestrians. An alert or correction for lane departure. The goal of ADAS (Advanced Driver Assistance Technologies) is to eliminate human error from driving a variety of cars using passive and active safety systems.
ADAS systems employ cutting-edge technologies to support drivers while they are on the road and so enhance their safety.
GLOBAL EV ADAS ADHESIVES MARKET SIZE AND FORECAST
The Global EV ADAS adhesives market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
NEW PRODUCT LAUNCH
Henkel introduces a new glue for the installation of highly effective ADAS sensors. The demand for high-resolution camera designs with more precise focusing is rising as a result of the development of advanced driver assistance systems (ADAS).
Henkel has been a trusted partner to the automobile industry for many years, and it is continuing to create new adhesives for lens bonding in ADAS sensors that are especially made to satisfy these demands for the future.
Henkel is extending its line of specialised active alignment adhesives for ADAS sensors, which are crucial for accuracy and high sensor dependability, with the introduction of Loctite 3296, a new dual-cure adhesive.
The novel substance is created to attach particularly effectively to aluminium and FR4 and offers a very high cure depth after just a few seconds of UV exposure.
The active-alignment assembly technique is essential to produce components of the requisite quality where precision is crucial: The optical components can be placed and then precisely adjusted to achieve perfect focus before being cured in place using the active alignment technique.
With an accuracy of 100 nanometers, the active alignment offers six degrees of freedom in the alignment process as opposed to a threaded lens barrel that can only be modified in the z-direction.
By helping the driver maintain control of their surroundings while driving, the ADAS camera and LiDAR modules carry out safety-critical tasks that guarantee the safety of all other road users. “For the lifetime of the vehicle, ADAS sensors must deliver high-resolution images and work with outstanding reliability in challenging conditions.”
COMPANY PROFILE
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