Sikalastic®-391 N | Wear Course for Sikalastic® Traffic Systems

Sikalastic®-391 N | Wear Course for Sikalastic® Traffic SystemsElastomeric Wear Course for Traffic Deck Systems | Brand: SikaSikalastic®-391 N is the wear course layer of the Sikalastic®-3900 Traffic System, applied over the Sikalastic®-390 base membrane. It is typically broadcast with aggregate to build skid resistance in traffic-bearing areas. Confirm coverage, aggregate type and broadcast rate, and recoat windows against the current Sika TDS, SDS and project specification before use. Sikalastic®-3900 Traffic System component: the wear course, applied over the Sikalastic®-390 membrane and beneath the Sikalastic®-394 or -220 FS topcoat. Confirm the full system build-up against the current Sika system specification.Key Characteristics Elastomeric wear course designed to carry traffic loads within the system. Commonly broadcast with aggregate (such as Sika 229) for skid resistance; confirm aggregate and rate against the TDS. Confirm coverage and film thickness against the current TDS. Confirm cure and recoat windows against the TDS. Typical Applications Wear course over Sikalastic®-390 in vehicular and pedestrian deck systems Parkade ramps, drive aisles and turning areas within the Sikalastic®-3900 system Limitations Must be used within the approved Sika system build-up. Requires a compatible topcoat — confirm against the system specification. Confirm base membrane condition and recoat window before application. Purchasing Note: All sales are intended for professional and trade purchasers. Before ordering, confirm product suitability, quantity, system compatibility, substrate condition, pickup timing and delivery requirements. Product use and installation are the responsibility of the purchaser and installer.Canopus Supply Inc. — Sika Products · Pickup in North Vancouver; ships across Canada and the USATechnical information is provided for professional reference only. Product selection, substrate preparation, installation method, coverage, cure time, system compatibility and final performance remain the responsibility of the purchaser, installer, project specifier and/or manufacturer documentation. Always confirm suitability against the current TDS, SDS, project specification and site conditions before use.