SWARCO SOLIDPLUS
The Next Generation of Glass Beads
„An innovation from SWARCO Road Marking Systems’ Competence Center for glass technology and marking systems, SWARCO SOLIDPLUS is the result of many years of research and development – a unique glass formulation combined with a state-of-the-art beading process.“
Friedrich Wiesinger, Team Leader Product Development, SWARCO Road Marking Systems
Excellent Retroreflection
As a premium reflective glass-bead product, SWARCO SOLIDPLUS is particularly durable, simple to apply, and ensures increased road safety thanks to its exceptional retroreflection. Both white and coloured road markings with SWARCO SOLIDPLUS can be seen much more clearly, especially at night and in wet and foggy conditions.
Very Durable, SWARCO SOLIDPLUS
Thanks to their special glass composition, SWARCO SOLIDPLUS beads are particularly durable. Due to this property, the premium reflective glass beads significantly extend the service life of road markings.
The graphic below proves that the reflectivity of SWARCO SOLIDPLUS beads far surpasses even the strictest requirements of EN 1436 Class R5 over a period of 28 months. The measurements taken during this period (after 1, 8, 14 and 28 months) show excellent retroreflection even after several winters. Thanks to their durability, SWARCO SOLIDPLUS reflective glass beads reduce the need for re-marking.
Advantages at a Glance
SWARCO SOLIDPLUS beads are not only more durable than standard and high-index glass beads, but also measurably more robust. SWARCO SOLIDPLUS beads therefore not only increase the safety of road users over a longer period, but also offer clear economic benefits.
An in-house abrasion test shows that SWARCO SOLIDPLUS beads show hardly any defects, flaking or signs of wear. This speaks to the extraordinary durability of SWARCO SOLIDPLUS beads. They are considerably more resistant than other types of beads. Roadmarking professionals can be certain that they will achieve the required values, and sustainably increase road safety thanks to the higher retroreflection.