Under the robust push of BYD's "technology democratization" strategy, intelligent driving technology is transitioning from an exclusive feature of high-end models to a widely accessible innovation. By 2025, BYD’s "Eye of Providence" intelligent driving system has successfully introduced L2+ level autonomous driving functions into the Seagull Smart Driving Edition, priced at just ¥69,800. Through its "added features without added cost" approach, BYD has shattered the industry’s perception of "premium-priced smart driving," driving the penetration rate of L2+ systems in sub-¥200,000 vehicles in China to leap from 14% to 30%.
However, the path to widespread adoption of intelligent driving is fraught with challenges, particularly in ensuring system reliability. With the dense deployment of high-precision sensors like millimeter-wave radars and Lidar, coupled with integrated 5G/V2X communication modules and high-performance domain controllers, electromagnetic interference (EMI) within vehicles has intensified. Under traditional solutions, high false-alarm rates between adjacent millimeter-wave radars and potential excessive electromagnetic radiation issues may risk sensor misjudgments or system failures, threatening driving safety.
In this context, Kleber has developed a "dual shield" for intelligent driving systems using its innovative high-frequency wave-absorbing and thermal-conductive materials. This solution combats EMI while addressing thermal runaway risks, establishing a all-time safety net for smart driving systems.
Technological Revolution: Kleber’s Material Innovation
1.Electromagnetic Invisible Shield: NYS-SORBER E-RAS90C absorber, this flexible dielectric material, with thickness 0.5mm, redefines industry standards through three major breakthroughs:
Full-Band Protection: Covers an ultra-wide frequency band of 4–110 GHz with insertion loss exceeding -22.5 dB, significantly outperforming traditional materials. In ADAS radar applications, detection range increases from 80 meters to 200 meters.
Extreme Environment Adaptability: Stable performance from -70°C to 200°C, with UL-94V0 flame retardant.
Space Optimization: Flexible attachment design maintains 90% absorption efficiency even at 65° incident angles, unleashing innovative space for the layout of compact intelligent driving hardware.
2.Thermal Management Guardian: KLEBER KB-XERM SG4060 Thermal Gap Filler, this two-component silicone material solves thermal management challenges with a systems-thinking approach:
High Efficiency: With thermal conductivity of 4 W/(m·K), junction temperatures up to 35°C.
Dynamic Stability: Shore 00 50 hardness balances flexibility and support, eliminating traditional silicone grease’s "pump-out effect."
Safety Barrier: Volume resistivity >1×10¹³ Ω·cm ensures insulation for high-voltage systems, meeting ASIL-D functional safety standards.
3.Metal Shielding Can: The EMC Fortress
Leveraging a triple mechanism of "absorption-reflection-cancellation," Kleber’s metal shields build electromagnetic defenses around critical components in new energy vehicles.
Ecosystem Transformation: From Technological Breakthroughs to Industrial Leadership
Kleber collaborates deeply with automakers through a "demand-driven R&D" model. Parameters of absorbers are integrated into autonomous driving algorithms, while thermal materials inspire domain controller redesigns, slashing R&D cycles and breaking supply chain bottlenecks. As a fully localized innovator, Kleber is rewriting industry rules, shifting China’s automotive supply chain from "assembly" to "foundational innovation," boosting domestic capabilities.
By nurturing market needs, Kleber has incubated breakthroughs in core technologies. When the electromagnetic shields of absorbers and thermal networks converge into a smart vehicle’s "life-support system," this lab-born revolution is elevating a trillion-yuan industrial ecosystem. The global automotive race now hinges not just on computing power but on mastery of materials science, electromagnetic compatibility, and thermodynamics. In this arena, China is evolving from a follower to a rule-maker.