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The stimsonite brand Lifelite 953
Reflective pavement marker provides longer life in heavy traffic
locations, with higher reflectivity and exceptional structural
integrity.
Low-profile Footprint
The low, contoured profile and smaller impact
area reduce the battering effects of repeated tore impact. Radial tries
can wrap around the marker, putting more of the vehicle's weight on the
pavement and less on the marker. The sanded base of LifeLite 953 also
features linear guides for installation alignment and long-term
adhesion.
Availability
For availability and specification on
LifeLite 953, or any of our other highway safety
products, contact the Avery Dennison customer support center at
1-800-327-5917.
Specifications :
Materials : Housing is molded of ASA
(acrylic- styrene - acrylonirite ). The reflective lenses are molded of
methyl
methacrylate conforming to ASTM D788. Filled is an inert, Tightly
adherent potting compound.
Size :
4.5" long x 2.75" wide x 0.625 high
11.5 cm x 7.0 cm x 1.6 cm (nominal)
Weight : Standard
package of 100 units 25bs. (11 Kg.)
Features
Improved Housing Design
A weather-resistant polymer blend housing is filled with an inert
potting compound that adds strength from the inside out. This increased
durability provides grater resistance to damage by traffic and to
breakage due to spot loading from uneven road surfaces. This patented
construction provides a stronger bond than filled -shell markers
and better adhesion than those with open, waffleitype bottoms.
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Reflective
area:
Optical performance
(at 0.2 observation angle):
White 3.0 at 0 entrance
angle
2.4 at 20
entrance angle
Yellow 60% of the values for white.
Red 25% of the values for
white.
Detailed specification are available for inspection.
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Glass-Face for long-Life brightness
A tough layer of untempered lens from abrasion and allows it to
self-clean with every tier contact. Independent road tests prove
stimsonite's patented glass-faced marker retain their reflective value
longer than unglassed markers. Markers stay brighter longer and are
replaced less often, reducing maintenance costs.
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