SOPREMA

Search

SOPRALAST® 50 TV ALU SANDED SKU: 05151

SOPRALAST® 50 TV ALU SANDED SKU: 05151

SOPRALAST 50 TV ALU SANDED is a SBS-modified bitumen membrane used in roofing assemblies. SOPRALAST 50 TV ALU SANDED is reinforced with a glass fiber scrim that is saturated and coated on both sides with a proprietary formulation of elastomeric styrene-butadiene-styrene (SBS) polymer modified bitumen.

Product Properties

  • ASTM ASTM D6298
  • Component Cap
  • Installation Method Cold Adhered, Asphalt Adhered
  • Reinforcement Glass Scrim
  • Thickness (minimum) 150 mils (3.8 mm)
  • Thickness (nominal) 157 mils (4.0 mm)
  • Topside Reflective Foil
  • Underside Sanded

Installation

Prior to installation, unroll SOPRALAST 50 TV ALU SANDED onto the roof surface and allow to relax. Place SOPRALAST 50 TV ALU SANDED in desired position and back roll the product. Apply approved cold adhesive following manufacturer specifications. SOPRALAST 50 TV ALU SANDED is then rolled into the cold adhesive and subsequently rolled with a weighted roller.

 

Testing & Approvals

Related Products

SOPRA-XPS 20

SOPRA-XPS 20 are rigid thermal insulation boards made of extruded polystyrene closed-cell foam. SOPRA-XPS 20 is mainly used as thermal…

View Product

SOPRAFIX® 2.4″ Membrane Stress Plates

SOPRAFIX® 2.4″ Stress Plates are specifically manufactured for use in SOPRAFIX® Systems. The unique design, including barbs and ribs, provides…

View Product

COLPHENE® BSW V

COLPHENE® BSW V is an SBS-modified bitumen, self-adhered waterproofing membrane for use in approved blind side waterproofing assemblies. COLPHENE BSW…

View Product

Related Projects

Hard Rock Hotel – Universal Studios, Florida

The Hard Rock Hotel at Universal Studios, Florida features a SOPREMA roof system including SOPRALENE base and cap plies.

Garibaldi Square Condos – Chicago, Illinois

This award winning project is the direct result of the building owner’s resistance to using hot asphalt and torches on the roof. SOPREMA’s mechanically attached, self-adhered system was used to accommodate the building owner’s desires.