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| Brand Name: | LU |
| Model Number: | LZT9600 |
| MOQ: | 1 Roll |
| Price: | Negotiable |
| Payment Terms: | L/C,D/A,D/P,T/T,Western Union |
| Supply Ability: | 10000 Roll/Month |
High Intensity Prismatic (HIP) Reflective Sheeting is a premium-grade retroreflective material engineered to fully comply with ASTM D4956 Type IV specifications. Designed for long-term outdoor applications, this reflective sheeting delivers exceptional visibility, durability, and safety performance in demanding traffic and roadway environments.
Utilizing advanced microprismatic technology, HIP Reflective Sheeting provides high-intensity, wide-angle retroreflection, ensuring excellent brightness and clarity across a full range of viewing distances and observation angles. Its superior optical performance enhances driver recognition and reaction time, even under low-light, nighttime, foggy, rainy, or adverse weather conditions.
The material is specifically designed to maintain consistent retroreflective performance on rigid sign substrates and vertical installations where long-term reliability is critical.
Built for harsh outdoor environments, this reflective sheeting features outstanding resistance to:
Its durable construction ensures excellent color stability, reflectivity retention, and surface integrity over time, supporting an outdoor service life of up to 10 years when properly applied.
| Series | LZT9600 |
|---|---|
| Service Life | 10 years |
| Type of Adhesive | Pressure-sensitive Adhesive (PSA) |
| Reflective Technology | Micro prismatic |
| Imaging Method | Digital Print / Screen Print / Die Cut |
| Specifications Met | EN12899 Class RA2 / ASTM D4956 Type IV |
| Color Options | White / Yellow / Red / Green / Blue / Orange / Brown / Lime Green Yellow |
| Feasible Operating Temperature | 18°C ~ 28°C |
With its combination of high brightness, wide-angle visibility, long-term durability, and international standard compliance, HIP Reflective Sheeting is an ideal solution for traffic safety professionals seeking reliable, high-performance reflective materials for critical roadway and infrastructure applications.
