TerraStop Tarpee System

Product Code: 1000027

Tarpee liner is a hardwearing premium woven 100% polyethylene fabric, manufactured with two layers of interlocked high-density polyethylene reinforcing mesh built into the liner.

Description

Tarpee is a premium woven 100% polyethylene (PE) fabric with 2 layers of interlocked high-density polyethylene (HDPE) reinforcing mesh built into the liner. The HDPE woven base with LDPE coatings offers excellent tensile and tear strength.

Applications

  • Bioretention trenches
  • Creeks and channels

Features:

  • Cost & time efficient
  • No welding required
  • Easy to install by site staff (i.e. expert installers not required)
  • Made-to-order pre-assembled sheet
  • Liners can be made usually at a short notice within 3-5 days depending on the shape and total area required.
  • Liners reinforced with 2 layers of interlocked HDPE mesh (i.e. built into the liner)
  • Liner is 0.59mm thick (compared to 2mm of HDPE Liners) with about 270GSM

Specifications

Applications

  • Pond/Dam liners
  • Bioretention trenches
  • Creeks and channels

Resources

Latest Catalogue

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Description

Tarpee is a premium woven 100% polyethylene (PE) fabric with 2 layers of interlocked high-density polyethylene (HDPE) reinforcing mesh built into the liner. The HDPE woven base with LDPE coatings offers excellent tensile and tear strength.

Applications

  • Bioretention trenches
  • Creeks and channels

Features:

  • Cost & time efficient
  • No welding required
  • Easy to install by site staff (i.e. expert installers not required)
  • Made-to-order pre-assembled sheet
  • Liners can be made usually at a short notice within 3-5 days depending on the shape and total area required.
  • Liners reinforced with 2 layers of interlocked HDPE mesh (i.e. built into the liner)
  • Liner is 0.59mm thick (compared to 2mm of HDPE Liners) with about 270GSM

Applications

Raymond Chow has been involved with the geosynthetics industry for over 15 years. Graduating with a First Class Honours degree in Civil Engineering at the University of Sydney, Raymond specializes in retaining wall designs, soft ground improvement, channel and slope protection, and on-site storm water management.

Raymond has been on various technical committees addressing geosynthetics, including testing, specification and durability issues.

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