Core Safety Design Philosophy
Fail-safe "Crack-but-Hold" Capability: Utilizes a "glass + polymer interlayer + glass" sandwich structure; upon impact and breakage, fragments adhere firmly to the interlayer, completely preventing sharp shards from scattering and causing injury, thereby eliminating the safety hazards inherent in ordinary glass at the source.
Residual Structural Integrity:Even if the glass shatters completely, the unit retains its overall integrity without total penetration or falling debris; in applications such as automotive windshields and high-rise curtain walls, this buys critical time for personnel escape and property protection.
Multi-Performance Synergistic Design Philosophy
Integration of Safety and Functionality: Beyond basic safety attributes, the specific properties of the interlayer material enable additional functions-such as blocking over 99% of UV rays, absorbing mid-to-low frequency noise, and attenuating infrared heat-delivering combined benefits in health protection, noise reduction, and energy conservation.
Priority on Material Suitability: Interlayer materials are selected based on the performance requirements of specific applications: PVB film offers the best overall cost-performance ratio for standard use; high-strength SGP ionoplast film is used where high penetration resistance is required; and high-transparency EVA film is used for decorative applications, ensuring an optimal balance between performance and cost.
