In the aerospace industry, the highest standards of safety, efficiency, and environmental responsibility are the norm. In collaboration with our sister company ISOLITE, SHIELDTEC develops and manufactures high-temperature insulation solutions precisely tailored to the complex requirements of aircraft manufacturers and operators.
Aerospace – Core Challenges
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Thermal exposure
Engines and exhaust systems operate at extreme temperatures. Our solutions deliver robust, reliable thermal insulation in the most demanding environments. -
Weight optimization
Lightweight insulation materials reduce overall aircraft mass and contribute directly to improved fuel efficiency. -
Rigorous safety standards
All materials must be fire-resistant, dependable, and fully compliant with the world’s highest aerospace regulations. -
Acoustic comfort
Our systems reduce noise and vibration levels for both passengers and crew, enhancing comfort and operational performance.
SHIELDTEC Shielding Solutions for the Aerospace Sector
We provide a comprehensive range of insulation technologies designed to meet the full spectrum of aerospace requirements.
High-performance materials engineered for engine-proximate applications, offering superior protection against heat and flame exposure.
Designed for confined and complex installation zones, ideal for cabins, service bays, interstitial areas, and other hard-to-access spaces.
Solutions that merge directly with the aircraft structure, saving weight and space while increasing mechanical rigidity and system stability.
Combined thermal, acoustic, and vibration-control technologies for passenger cabins, cockpit environments, and technical compartments.
The SHIELDTEC Innovation
Advanced multi-layer technology for aerospace systems
SHIELDTEC integrates high-performance materials with pioneering multi-layer construction. The result: thermal, acoustic, and mechanical shielding in exceptionally lightweight designs – perfectly suited for engine regions, cabin structures, and exterior airframe zones.
Certified, durable, and seamlessly adaptable to existing aerospace platforms.