Visqueen Protect&Drain

Visqueen Protect&Drain is a geocomposite void former comprising a cuspated high density polyethylene (HDPE) core, bonded to a nonwoven polypropylene geotextile filter membrane.

Global

Standardized Name
Visqueen Protect&Drain
Berry Global EntityEM
Products
  • Building Materials
    • Infrastructure
      • Structural Waterproofing
    Brands
    • EMO
      • Visqueen®
      Markets
      • Building & Construction
        • Commercial Construction
          • Prefabricated & Temporary Structures
            • Renovation & Restoration
              • Residential Construction
              Country Serviced / Available In
              • United Kingdom, The
                • Europe
                  • United Kingdom, The
                  Features / Benefits
                  • Multi functional - acts as a combined protection layer and drainage layer
                  • Range of thicknesses available - provides options for water flow capacity
                  • Large format rolls - rapid installation
                  • Robust - high compressive strength
                  End Use / Recommended Applications
                  Typical applications include use as part of a groundwater management system for slab edges, retaining walls, basement walls and lift pit walls.

                  • Black

                  • Plastic - HDPE, PEHD

                  • Textiles

                  + Global

                  Sample Request AvailableYes

                  + Physical Properties

                  Width2.07 m
                  Length20 mm
                  Color(s)Black
                  MaterialPlastic - HDPE, PEHD. Textiles

                  + Non-Packaging Data

                  Gauge / Mil
                  0.5mm
                  Performance Category / Characteristics
                  • Moisture/Water Resistance
                    • Gareth Lloyd
                    • Product -> Berry Global Product
                    • English
                    • Created 21 Oct 2021
                    • Modified 07 Sep 2023
                    • Hits 204