In modern vehicles, next-generation propulsion technologies, ambitious efficiency targets, and elevated comfort expectations intersect. SHIELDTEC translates decades of expertise in shielding combustion-engine systems into cutting-edge e-mobility solutions – spanning battery, powertrain, and peripheral components.
Efficiency, protection, and seamless integration – reimagined for the future of mobility.
Efficiency, protection, and seamless integration – reimagined for the future of mobility.
Automotive Industry – Core Challenges
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Stricter emission standards
Regulations such as Euro 7 require significant reductions in CO₂ and NOₓ emissions and demand uncompromising thermal performance. -
Efficiency and thermal control
Modern propulsion systems operate in extreme temperature ranges, calling for insulation solutions that are highly efficient, long-lasting, and space-optimized. -
Acoustics and comfort
Advanced noise-reduction materials elevate interior comfort and minimize vibration levels throughout the cabin.
Shielding Solutions for the Automotive Sector
Working in direct alignment with leading OEMs, we develop precise shielding systems for combustion engines and their thermal environments.
Modular insulation architectures
Scalable, flexible platforms for engine, exhaust, and turbocharger applications.
From prototype to high-volume production
Reliable delivery at every stage – from initial component samples to fully industrialized series.
High-performance materials
Insulation engineered to withstand extreme temperatures while reducing weight and installation space.
Thermal and acoustic performance in one
Dual-function solutions integrated into a single SHIELDTEC product – ensuring maximum efficiency and system stability.
The SHIELDTEC Advantage
Higher efficiency, lower emissions – intelligent insulation for the propulsion systems of tomorrow.
SHIELDTEC develops custom-engineered shielding technologies for advanced combustion engines. Our next-generation materials reduce surface temperatures, improve energy efficiency, and contribute to lower emissions.
Modular system architectures allow precise adaptation to complex engine, exhaust, and turbocharger configurations.
Modular system architectures allow precise adaptation to complex engine, exhaust, and turbocharger configurations.
