TerraDrain® Sheet 200 Series

TerraDrain® Sheet 203 prefabricated drains are constructed using a high strength, high flow capacity, formed polystyrene core with a woven filter fabric bonded to one side. The filter fabric is bonded to each dimple to prevent soil intrusion into the core flow channels while allowing water to freely enter the drain core. The core provides an uninterrupted path for water to flow to designated drainage exits.

TerraDrain® Sheet 203 products are designed for subsurface, single-sided drainage applications requiring high compressive strength and flow capacity. TerraDrain® Sheet 203 is constructed using AASHTO M 288-06 Class 2 filter fabric.


Metric Values

All values provided are intended for rapid comparison purposes, only. Please refer to a specific product’s Product Data Sheet (PDS) and the disclaimers therein for a detailed listing of all characteristics, associated definitions and values needed for structure design, specification compliance review and product submittal purposes. Please Download PDS for all information transfer, printing and submittal purposes.

Property Test Method Units TerraDrain® Sheet 203

Fabric

Material 1
PP
Water Flow Rate
ASTM D4491 gpm/ft2 160
Grab Tensile Strength
ASTM D4632 lbs 410 x 220
CBR Puncture Resistance
ASTM D6241 lbs 725
Apparent Opening Size
ASTM D4571 US Std. Sleve 45
Permittivity
ASTM D4491 sec-1 2.3
Grab Elongation
ASTM D4632 % 15
UV Resistance
ASTM D4355 % @ 500 hrs 90
AASHTO M 288-06 2
Survivability Class 2 & 3

Core

Material 1
HIPS
Thickness
ASTM D1777 in 0.44
Compressive Strength
ASTM D1621 lbs/ft2 18000
Installed Horizontal Flow Rate 3
ASTM D4716 gpm/ft 4.1
Flow Rate 3
ASTM D4716 gpm/ft 21
Product Data Sheets

  • 1   PP = Polypropylene; HIPS = High Impact Polystyrene
  • 2   AASHTO Designation: M 288-06 Standard Specification for Highway Applications; American Association of State Highway and Transportation Officials, 2006. Geotextile survivability classification from installation stresses in subsurface drainage applications.
  • 3   In-plane flow rate measured at 3,600 psf (172 kPa) compressive load and a hydraulic gradient of 1.0.