ASTM D4956 Type IV Reflective Sheeting for Traffic Signs
High Intensity Prismatic (HIP) Reflective Sheeting complies with ASTM D4956 Type IV and is designed for durable traffic control signs, work zone devices, and vertically exposed delineators. Featuring advanced prismatic technology, it provides wide-angle, high-intensity retroreflective performance with excellent brightness in low-light and nighttime conditions.
Product Specifications & Compliance
High Intensity Prismatic (HIP) Reflective Sheeting is a premium-grade retroreflective material engineered to meet and fully comply with ASTM D4956 Type IV specifications.
Advanced Reflective Technology
Utilizing advanced microprismatic technology, this reflective sheeting is specifically designed for long-term outdoor applications where high visibility, safety, and durability are critical.
Superior Durability & Performance
Built for long-term outdoor exposure, this sheeting features superior resistance to UV radiation, moisture, temperature extremes, and environmental pollutants. Its robust construction allows it to withstand up to 10 years of service life in harsh environments while consistently maintaining its reflectivity, color stability, and overall performance.
10-year outdoor durability in harsh environments
Superior UV radiation resistance
Excellent moisture and temperature resistance
Maintains color stability and reflectivity
Ideal for demanding traffic safety applications
Applications
HIP Reflective Sheeting is widely used in the manufacture of permanent traffic control signs, construction and work zone safety equipment, and vertically exposed delineators.
Permanent traffic control signs
Construction and work zone safety equipment
Vertically exposed delineators
It delivers full-range, wide-angle retroreflective performance, ensuring outstanding visibility for drivers at various viewing distances and observation angles. Even under low-light, nighttime, or adverse weather conditions, the sheeting maintains excellent brightness and clarity, significantly enhancing road safety.
