ELASTOPHENE® HR SANDED 3.0 SKU: 00213
ELASTOPHENE® HR SANDED 3.0 SKU: 00213
ELASTOPHENE HR Sanded 3.0 (high resistance) is an SBS-modified bitumen base ply for use in approved multi-ply membrane and flashing assemblies. ELASTOPHENE HR Sanded 3.0 is composed of a proprietary formulation of elastomeric styrene-butadiene-styrene (SBS) polymer modified bitumen and is reinforced with high performance glass scrim. The topside and underside are surfaced with fine mineral aggregate to facilitate cold adhesive application.
Product Properties
- ASTM ASTM D6163
- Component Base
- Installation Method Cold Adhered, Asphalt Adhered
- Reinforcement Glass Scrim
- Thickness (minimum) 110 mils (2.8 mm)
- Thickness (nominal) 120 mils (3.0 mm)
- Topside Sanded
- Underside Sanded
Installation
Prior to installation, unroll ELASTOPHENE HR Sanded 3.0 onto the roof surface and allow to relax. Place ELASTOPHENE HR Sanded 3.0 in desired position and back roll the product. Apply approved cold adhesive following manufacturer specifications. ELASTOPHENE HR Sanded 3.0 is then rolled into the cold adhesive and subsequently rolled with a weighted roller. Subsequent approved inter-ply or cap ply membranes are applied to ELASTOPHENE HR Sanded 3.0 via cold adhesive. Refer to the SOPREMA SBS Roofing Guide for additional application guidelines.
Testing & Approvals
Related Products
SOPRA™ VI
SOPRA VI is a bitumen-coated base sheet for use in approved built up roof assemblies. SOPRA VI is composed of…
View Product
ELASTOPHENE® SANDED 3.0
ELASTOPHENE® Sanded 3.0 is an SBS-modified bitumen base ply for use in approved multi-ply membrane and flashing assemblies. ELASTOPHENE Sanded…
View Product
SENTINEL® T-JOINT PATCHES
SENTINEL T-JOINT PATCHES are made using 60 mil, reinforced SENTINEL P150 PVC membrane cut into a perfect 4.5 in-diameter circle….
View ProductRelated Projects
Northeast Louisiana State Office Building – Monroe, Louisiana
As an approved manufacturer for the State of Louisiana, the decision makers at the Facility Planning and Control Department were assured that the products installed offered unsurpassed quality. The final assembly was designed to meet FM Approvals 1-90 wind uplift test and proves to protect the building for many years to come.
Fashion Institute of Technology – New York City, New York
The Fashion Institute of Technology needed a new roof on Building E in the dead of winter. In addition they wanted a low odor, green solution. The answer, SOPREMA’s advanced ALSAN RS 260 LO PMA liquid membrane system.