The space industry is undergoing a rapid, high-stakes transformation. As satellite architectures become more powerful and compact, launch schedules accelerate and missions push deeper into hostile environments, thus, thermal management has shifted from a routine engineering task to a mission-critical priority. Maintaining sensitive electronics within precise operating limits, surviving brutal launch shocks and enduring extreme thermal cycles directly dictate spacecraft longevity and operational success.
Italy’s Zoppas Industries Heating Element Technologies (ZIHET) stands at the forefront of this critical domain. Leveraging over three decades of space thermal control heritage alongside vast industrial engineering capabilities, the manufacturer is redefining how temperature is controlled across satellites, launch systems and ground infrastructure for the new space economy.
Decades of Proven Flight Heritage
Through IRCA, its primary Italian industrial operation, Zoppas Industries has been an ESA-qualified supplier of flexible heaters compliant with stringent ESCC 4009 standards since 1992. Over the last 30-plus years, Zoppas heating elements have flown on more than 1,000 satellites, supporting an expansive portfolio of institutional scientific endeavours and commercial fleets.
Designed for severe thermal constraints, the company’s ultra-thin flexible heaters deliver exceptional power density and customisable geometries. This versatility allows satellite engineers to apply precise thermal loads directly to critical components where space and mass budgets are tightly constrained. Operating standard qualified solutions span from -65°C to +200°C, while a next-generation Pure Polyimide Heater (PPH) line currently in development extends continuous operating limits up to +250°C.
This track record extends globally. Zoppas has maintained a strategic, nearly three-decade partnership with the Indian Space Research Organisation (ISRO). A defining milestone of this collaboration occurred during the historic Chandrayaan-3 mission, where Zoppas Industries supplied all thermal control heaters for the spacecraft. The successful soft landing near the lunar south pole in August 2023 offered a dramatic, real-world demonstration of the technology’s absolute reliability in deep space.
Arun Saligrama, Country Manager India, said, “Our plans for India represent a massive step-change. We are not just building a manufacturing hub; we are constructing an engineering and R&D platform that will align Zoppas’ global discipline with Indian agility. By working closely with local space pioneers and national agencies, we will deliver high-reliability thermal management systems faster and more efficiently than ever before.”
Similarly, on ESA’s Euclid mission, Zoppas heating hardware was instrumental in a delicate, high-stakes procedure: de-icing optical equipment and restoring telescope performance under extreme cryogenic conditions at roughly 126 K.
Thinking Beyond the Heater
While high-reliability heating foils remain its core strength, Zoppas Industries is strategically shifting toward higher levels of functional integration. Modern constellation operators and commercial space station developers no longer want isolated components; they require streamlined sub-assemblies that minimise integration risk and shorten assembly lines.
Zoppas is answering this demand by combining heating elements with integrated temperature sensors, tailored electrical connectors, specialised mechanical interfaces and control components into complete plug-and-play subsystems. Backed by a massive global manufacturing footprint cultivated across the aerospace, medical and high-precision scientific sectors, the company seamlessly transitions custom engineering prototypes into scalable, high-volume serial production runs.
Equipping the Next Frontier
The modern space landscape presents unprecedented thermal hurdles. Mega-constellations demand strict manufacturing repeatability; high-power payloads generate extreme localised heat flux; and commercial habitats require human-rated, easily maintainable environmental systems. Even ground antennas and launch facilities require dynamic, energy-efficient thermal management to maintain uninterrupted readiness.
Michele Peterle, Business Unit Director (Aerospace & Medical), stated, “At BSX 2026, Zoppas Industries is showcasing an evolving capability to the international space community, highlighting how decades of proven flight heritage can support the next generation of satellites, launch systems, and space infrastructure. Our goal is to engage with customers from the earliest engineering stages to develop thermal solutions that remain reliable throughout the mission lifecycle. Establishing local manufacturing and strategic partnerships in India is key to achieving this vision.”
Zoppas Industries will showcase its next-generation integrated capabilities to the global space sector at BSX 2026. By engaging prime contractors and commercial builders during the early architectural stages, the company aims to solve complex thermal dynamics well before hardware hits the launch pad. In the expanding frontier of space exploration, survival depends on thermal control – and Zoppas is building the integrated systems to ensure it.
For more details on Zoppas Industries Heating Element Technologies, visit Zoppas booth at BSX 2026 or contact via official portal: Zoppas Industries.
