Oralite® (Reflexite® ) Retroreflective Tape (Durability 5 Years)

In stock
Regular price $399.99

Oralite® (formerly Reflexite®) Conspicuity material is composed of
cube corner (microprism) retroreflective tape elements integrally bond-ed to a flexible, smooth-surfaced, tough and weather resistant UV stabilized polymeric film. The prism surfaces are coated with a vacuum deposition of aluminum to provide a mirror surface to the prism facets. The resulting tape is not more than 0.008” thick and
comes with an aggressive high-tack pressure-sensitive adhesive.

Oralite® Visibly BetterTM Retroreflective conspicuity material is a
tough weather and solvent resistant product designed for rugged
outdoor use on the sides and rear of trucks, trailers, automobiles,
and emergency vehicles to enhance safety on the roadway by
improving their visibility. NOTE: NHTSA conspicuity regulations
(effective 12/1/93) mandate that all new trailers - 10,000 lbs GVW
and 80” wide or larger, must be reflectorized with alternating red
& white retroreflective sheeting on the sides, bottom of rear door,
and ICC bar; and two pieces of white sheeting on the upper cor-
ners of the rear. Application Temperature: minimum 50°F.


• Durability >>> 5-year or 10-year warranty <<< Withstands brush-
ing off of dirt and grime, and high pressure washing. Polyester

based film resists cracking & lifting. Will retain reflectivity even
after impact against loading dock or abrasion by chains.

• Unique, single-ply construction ensures impact & abrasion resis-
tance and easy application.

• 0.008” thickness resists dirt accumulation typical of competitor’s
thicker (0.025”), open-cell construction. Material is extremely
thin so there are no raised edges that can catch and tear.
• Unlike competing conspicuity materials, Reflexite® conspicuity
material features 100% adhesion, with no grid lines that can fill
with water and cause premature adhesive failure.
• Super-high brightness & wide angularity: 10-year pattern.

Typically 1000 candlepower with tremendous long sight dis-
tance performance; reflects at all applicable angles on the