Engineering Grade Prismatic (EGP) reflective sheeting is an advanced microprismatic material tailored for non-critical traffic signs and commercial use. Complying with ASTM D4956 Type I standards, it offers superior visibility compared to traditional glass bead reflective sheeting and boasts an approximate lifespan of seven years. This EGP reflective sheeting is simple to apply and supports both screen and digital printing, making it ideal for applications like parking signs and temporary markings. Additionally, it serves as a cost-effective and environmentally sustainable choice for essential reflectivity needs.

Features

Compliance: Meets ASTM D4956 Type I specifications, confirming its quality and effectiveness in reflectivity and durability.

Service Life: The EGP Reflective Sheeting boasts a remarkable service life of 7 years, providing dependable performance for your signage needs.

Reflective Technology: The microprismatic design of the Engineer Grade Prismatic Reflective Sheeting enhances reflectivity significantly compared to traditional options, making it ideal for critical visibility.

Adhesive Type: Utilizing a pressure-sensitive adhesive (PSA), this reflective sheeting is easy to apply to various substrates, ensuring a secure application.

Imaging Method: Compatible with multiple imaging methods, including digital print, screen print, and die cut, the EGP Reflective Sheeting allows for creative signage solutions tailored to your requirements.

Dimensions: Typically provided in a roll size of 1.22 x 45.72 meters (48 inches x 50 yards), with customized sizes available upon request.

Applications

Priority Road Signs: Used for signs that indicate right-of-way, helping to manage traffic flow at intersections and ensure safe navigation for vehicles.

Parking Signs: Clearly marks designated parking areas, ensuring that signs are visible to drivers in low-light conditions, thus enhancing safety and organization in parking lots.
Temporary Markings: Suitable for temporary traffic control signs and event signage, providing flexibility and visibility when needed for short-term applications.