1. Core Technology AdvantagesPhotoluminescent Coating and Printing CompatibilityThe composite process of rare earth aluminate light-storing material and PVC resin is adopted. The surface lay
High durability Overlay film
Micro-lattice total reflection technologyAdopting a composite structure of PVC substrate and micro-lattice reflective layer, the retroreflection coefficient reaches 100-500/lx/m² (depending on the
Durability: 3 years
Class II Reflective Film (High-Intensity Grade) Key Highlights(Compliant with GB/T 18833 Class II, ASTM D4956 Type III, EN 12899)1. Balanced Performance for Cost-Effective Solutions**Enhanced Visib
1. Ultra-High Retroreflective PerformanceBrightness Excellence: Utilizes microprismatic cube technology, achieving a retroreflectivity coefficient of 580 cd·lx⁻¹·m⁻² (exceeding ASTM D4956 and EN
Core technology advantages1. Glass microbead precision coating processUsing a composite structure of PET substrate and high-refractive index glass microbeads, 360° wide-angle reflection is achieved t
1. High-performance reflective and weather-resistantUltra-high reflectivity: Using micro-prism technology, the reflective brightness is significantly higher than that of engineering-grade reflective
