Shengding Industry Sharing: How does TPU film enhance LiDAR protection for the safety upgrade of autonomous driving?
Characteristics of TPU film
TPU film has the following characteristics, which give it a significant advantage in enhancing LiDAR protection:
Abrasion resistance: TPU film has extremely high abrasion resistance and can maintain its integrity and function in long-term use.
Chemical corrosion resistance: TPU material has good resistance to many chemicals and can protect LiDAR from chemical corrosion.
Waterproof and breathable: The structure of TPU film allows it to allow moisture to escape while maintaining waterproof performance, preventing damage caused by moisture.
Flame retardancy: TPU film can meet the UL94 V-0 flame retardant standard and can be quickly extinguished when encountering a fire source, protecting the LiDAR from fire damage.
Application of TPU film in LiDAR protection
Protective shell: TPU film can be used to manufacture the protective shell of LiDAR, providing physical protection to prevent damage to LiDAR from dust, rain and physical collision.
Enhanced durability: By compounding TPU film, the durability and reliability of LiDAR equipment in harsh environments are significantly improved.
Improve system stability: The chemical stability and weather resistance of TPU film can ensure the stable operation of the LiDAR system under various environmental conditions.
Actual application cases
In military equipment,
TPU film composite leather fabrics have been widely used in the protection of equipment, such as military backpacks, tactical vests and military boots. These applications show that TPU film not only has high-strength protection performance, but also maintains good mechanical properties and functionality in extreme environments.
By applying TPU film to the outside of LiDAR, its protection ability in various harsh environments can be effectively improved to ensure the reliability and safety of the autonomous driving system. The application of this material not only extends the service life of LiDAR, but also provides solid technical support for the further development of autonomous driving technology.
On the road of autonomous driving technology moving towards safer and more reliable, TPU film has built a solid protective barrier for LiDAR. With its wear-resistant, corrosion-resistant, waterproof and breathable properties, it cleverly resolves external challenges such as bad weather and dust collisions, allowing LiDAR to continuously and stably "see" the surroundings. This not only extends the life of the equipment, but also consolidates the perception foundation of the autonomous driving system.
