Transparency, protection, and performance for space
Advanced solutions for windows and transparent surfaces intended for space applications, designed to combine lightness, robustness, and material compatibility. Systems developed to withstand micro-debris, extreme thermal cycles, thermal shocks, and radiation, ensuring reliability and durability over time.
Strength and resilience
Space Glass was created to respond to the most severe conditions of the space environment, where every component must offer high performance with minimal impact on overall weight.
The design jointly optimizes the transparent element and the frame, considering geometry, thickness, resilience, fatigue resistance, and the mechanical, thermal, and chemical compatibility of the materials.
The result is a system capable of maintaining structural integrity and operational stability even in the presence of cyclic thermal variations, shocks, humidity, and prolonged stress.
Lightweight Design
Optimization of the transparent panel and frame to reduce weight without compromising strength and durability: lightweight design with high structural performance.
Radiation shielding & thermal insulation
Selection and integration of materials with high mechanical, thermophysical, and chemical compatibility, specifically selected for space applications.
Extreme Environment Resistance
High fracture toughness and excellent resistance to fatigue and static and cyclic stresses, combined with high solar radiation shielding performance to ensure the safety and reliability of space systems.
Advanced Radiation Shielding and Thermal Management
Radiation protection is essential to ensuring the safety and functionality of space systems. Shielding solutions must be designed to maximize protection effectiveness while minimizing weight, incorporating selective filtering technologies. In addition, thermal insulation is optimized through the use of vacuum technology, enhancing overall system efficiency and ensuring a stable and protected environment for the operation of space equipment.
Advanced technologies
All SIPAL technologies are developed and tested for high-criticality applications, including defense and space, and are customized to meet the specific requirements of any industrial project.
This approach enables us to deliver high-performance, adaptable solutions for complex environments, combining digital innovation with applied engineering.
Structural Resilience
High fracture toughness and resistance to fatigue, as well as static and cyclic stress.
Thermal Protection
Radiation shielding and optimized insulation for thermally extreme environments.
Serviceability
Configurations designed to ensure durability, protection from humidity, and ease of replacement.
Made in Italy
International Standards
SIPAL TEMPEST solutions combine Made in Italy engineering, in-house production capabilities, and compliance with the standards required by major institutional, European, and NATO contexts. A line developed for organizations operating where information protection, technological reliability, and operational continuity are essential requirements.
End-to-End Control
Complete oversight of the process, from prototyping to after-sales support.
International Compliance
Level A, B, and C solutions for institutional, European, and NATO contexts.
Made in Italy Engineering
Design, production, and technical control managed internally in Italy.