Prefabricated sheet, strip and vertical drains. A filter fabric lets water into the drain core while restricting the soil particles that could clog it; the core carries water to designated drainage exits.
For retaining and foundation walls, under-slab drainage, parking decks, split slabs, green roofs and planters.
A two-part prefabricated geocomposite drain: a formed polystyrene core covered on one side with polypropylene filter fabric. Designed for vertical applications.
vs. stoneWith a ¼″ height, PercoDrain 10 can move more drainage water per foot width than a layer of stone 1′ wide and 120″ high.
A two-part prefabricated geocomposite drain: a formed polystyrene core covered on one side with polypropylene filter fabric. Designed for vertical applications.
vs. stoneWith a ½″ height, PercoDrain 15 can move more drainage water per foot width than a layer of stone 1′ wide and 180″ high.
A three-part prefabricated geocomposite drain: a formed polystyrene core covered on one side with polypropylene filter fabric, with a built-in polymeric film protection layer for use where a waterproofing manufacturer requires a compatible protection layer. Designed for vertical applications.
vs. stoneWith a ½″ height, PercoDrain 15-B can move more drainage water per foot width than a layer of stone 1′ wide and 180″ high.
A two-part prefabricated geocomposite drain: a formed polystyrene core covered on one side with woven mono-filament filter fabric. Designed for horizontal applications.
vs. stoneWith a ½″ height, PercoDrain 20 can move more drainage water per foot width than a layer of stone 1′ wide and 180″ high.
A two-part prefabricated geocomposite drain: a formed polystyrene core covered on one side with polypropylene filter fabric. Designed for high-compressive vertical applications.
A two-part prefabricated soil sheet drain: a formed polystyrene core covered with a nonwoven, spunbonded, continuous-filament polypropylene geotextile on the dimple side of the core. Designed primarily for horizontal applications at depths where higher compressive strength is needed.
Sheet drains for synthetic turf athletic fields.
A two-part prefabricated geocomposite drain: a formed polystyrene core covered on one side with polypropylene filter fabric, with expansion joints built in. Designed for horizontal turf applications.
A two-part prefabricated geocomposite drain: a formed polystyrene core covered on one side with polypropylene filter fabric, with expansion joints built in. Designed for horizontal turf applications.
Strip drain that collects water from the soil and provides its own water transportation.
A two-sided inflow strip drain designed to be used with PercoDrain sheet drain products. It provides both water collection and high-capacity water flow to designated drainage exits, eliminating the perforated pipe required in a standard aggregate French drain.
Vertical wick drains for soil consolidation. Unlike conventional sand drains, they give a more predictable engineering result and can be used efficiently and cost-effectively to depths of up to 200 feet. All raw materials are manufactured to ISO standards.
Prefabricated vertical drain: an inner corrugated plastic core wrapped with a spunbonded non-woven geotextile filter, specifically designed for drains over 100 ft deep.
Prefabricated vertical drain: an inner corrugated plastic core wrapped with a spunbonded non-woven geotextile filter. Appropriate for the majority of soil consolidation improvement projects.
Prefabricated vertical drain: an inner corrugated plastic core wrapped with a spunbonded non-woven geotextile filter. Appropriate for the majority of soil consolidation improvement projects.
Prefabricated vertical drain: an inner corrugated plastic core wrapped with a spunbonded non-woven geotextile filter. Appropriate for the majority of soil consolidation improvement projects.
All information, images and specifications are based on the latest product information available. We reserve the right to make changes without notice, due to constant improvements and engineering progress. All physical properties are typical values. Standard variation in mechanical properties of 10% and in hydraulic properties of 20% are normal.
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