Coatings for roadbeds and bridge structures
WATERPROOFING SYSTEM FOR POURED ASPHALT
Waterproofing under poured/mastic asphalt (Gussasphalt) has a long tradition. The innovative Sherwin-Williams sealing system combines proven products with a modified hot melt adhesive granulate, providing a reliable seal with a dampening effect for long-term protection of orthotropic steel plates.
The hot melt adhesive granulate is applied onto the primer as an adhesive layer. During asphalting, this adhesive layer is exposed to temperatures around 180°C-250°C, causing the adhesive granulate to melt and expand. This creates a damping system with excellent adhesion to the bituminous mastic, resulting in an extremely strong layer bond and excellent shear resistance. This coating is utilized for various applications including bridge decks, footpaths, sidewalks, cycle paths, carriageways, railway bridges, curbs, and the interior of ballast chutes, offering a thin, wear-resistant, mechanically and chemically resistant corrosion protection system that creates surfaces with slopes to facilitate water drainage.
- Рrimer Macropoxy® HM Primer Plus
- Waterproofing mastic Macropoxy® HM Mastic
- Meltable capsules Sikalastic 827T.
HIGH-PERFORMANCE THIN-LAYER COATINGS FOR PEDESTRIAN AND VEHICLE ROADWAYS
For situations where asphalt is deemed too heavy and high-quality, wear-resistant thin coatings are required, Elastomastic® TFN comes highly recommended.
The selection of the topcoat layer’s thickness, various aggregates, and backing materials, such as quartz sand or corundum, is tailored to meet specific application needs and load requirements.
This high-quality coating finds its application in numerous areas, including bridge decks, footpaths, sidewalks, bicycle lanes, driveways, railway bridges, curbs, and the interior of ballast chutes. It is particularly noted for its ability to provide a thin-layer, wear-resistant, and chemically resistant corrosion protection system. Additionally, it is designed to create surfaces with slopes for effective water drainage.
