Protection Systems
Engineering strength and safety into every component
Shock Resistance Technology
Our storage tubes employ multi-layer construction that absorbs and distributes impact energy. The outer shell provides initial impact resistance, while internal cushioning materials prevent artwork from experiencing sudden forces during transport.
Testing protocols simulate real-world conditions including drops from various heights, compression forces, and vibration during transit. Each design iteration undergoes hundreds of test cycles before approval.
Cross-section showing impact distribution zones
Water Resistance Engineering
Sealed cap systems create a barrier against moisture intrusion. Precision-machined threads and integrated gasket materials ensure consistent sealing performance across temperature variations and repeated use cycles.
Materials are selected for their hydrophobic properties and resistance to degradation from UV exposure, humidity cycling, and chemical contact. The result is protection that maintains integrity in diverse environmental conditions.
Cap and seal assembly with gasket detail
Cap & Seal Design
The cap system represents a critical interface between the storage environment and external conditions. Our design philosophy emphasizes both security and ease of operation.
Thread geometry is optimized for smooth engagement while maintaining consistent pressure distribution. Visual indicators provide feedback about proper closure, and tamper-evident features help detect unauthorized access.
Thread Engineering
Precision-cut threads ensure consistent engagement and reliable sealing across thousands of open-close cycles.
Gasket Technology
Advanced gasket materials maintain flexibility while providing consistent compression and seal integrity.
Stress Test Visualization
Scroll to see how our protection systems respond to applied forces. The indicator below represents structural integrity under load.
Our materials are engineered to return to their original shape after deformation, demonstrating the resilience built into every component. This behavior ensures long-term reliability and consistent protection performance.
Stress Analysis
Engineering analysis ensures protection systems perform under various load conditions.
Material Composition
Carefully selected materials provide optimal balance of protection and durability.