Sealed microprismatic DOT tape utilises microprism technology to create exceptional retroreflective performance. The surface is covered in man-made, accurate 3-point lenses. When the light bends and reflects inside of these, they return approximately 80% of the light reflected directly back to the source.
This results in sealed microprismatic DOT tape is a more specific, high intensity, long-distance light reflection tape.
With correct levels of maintenance, sealed microprismatic DOT tape can have retro-reflective performances up to 10 years. Please note, this is not a guarantee as performance lengths do vary dependent on your maintenance routines.
Benefits
Sealed microprismatic DOT tape has the following benefits:
- White appearance
- More rigid construction
- Slightly higher reflective levels (compared to metalized)
For metalized microprismatic DOT tape features, you can visit the web page here.
While we mention sealed microprismatic DOT tape has slightly higher reflective levels, the difference is minor.
Sizes
Sealed microprismatic DOT tape is available in sizes of 2” x 150ft in 6”x6” and 7”x11” red/white options.
Tape Thickness
Sealed Microprismatic Reflective DOT Tape features a total applied thickness of 0.03″, engineered to deliver maximum reflectivity without compromising flexibility. Its durable, microprismatic construction is designed to return high-intensity light from multiple angles, ensuring exceptional visibility even in low-light or long-distance conditions. Despite its robust structure, the tape remains flexible enough to conform smoothly to flat or slightly contoured vehicle surfaces, providing long-lasting, reliable performance without adding unnecessary bulk.
Warranty
This tape is supplied with a standard 5-year warranty covering manufacturing defects and material integrity under normal service conditions. The warranty period is provided as a measure of quality assurance and should not be interpreted as a fixed indicator of product lifespan, as actual performance duration will depend on application surface, environmental exposure, and operating conditions.