Multi-Layer Ballistic Glass Systems
Multi-layer ballistic glass systems provide transparent ballistic protection through the controlled integration of glass and polymer interlayers. While impact energy is distributed through the glass layers, the interlayers help control cracking and fragmentation. This structure offers a balanced solution between ballistic performance and optical quality. These systems are widely used in armored vehicles, security structures, and ballistic observation applications.
High-Strength Borosilicate Glass
High-strength borosilicate glass offers excellent resistance to heat, chemicals, and mechanical loads. Its low coefficient of thermal expansion provides dimensional stability in applications exposed to significant temperature fluctuations. When integrated into ballistic and technical glass systems, it enhances both performance and durability. These materials are well suited for defense and industrial applications operating in demanding environments.
Glass–Polymer Hybrid Ballistic Structures
Glass–polymer hybrid ballistic structures provide transparent and controlled ballistic protection through the combination of glass layers and polymer interlayers. While the glass layers contribute to impact energy distribution, the polymer layers help limit crack propagation and fragmentation. This architecture offers an effective balance between ballistic performance and optical clarity. It is widely used in armored vehicles, security structures, and ballistic glazing applications.
Transparent Armor Solutions
Transparent armor solutions are multi-layer systems designed to provide high levels of ballistic protection while maintaining optical transparency. Through the combination of glass and polymer-based layers, impact energy is distributed in a controlled manner and fragmentation is minimized. These systems can be optimized according to threat levels and weight requirements. They are widely used in armored ground vehicles, security structures, and observation areas requiring ballistic protection.
Heat- and Chemical-Resistant Technical Glass
Heat- and chemical-resistant technical glass is engineered to provide long-term stability under significant temperature variations and aggressive chemical environments. Its low thermal expansion and high chemical resistance help maintain structural and functional integrity. These materials can be used as part of ballistic glass systems or in standalone technical applications. They offer reliable solutions for defense, aerospace, and demanding industrial environments.
