J-DRAIN MVP provides a cost effective alternative to pipe and gravel under-drains when constructing natural or synthetic turf playing fields. By replacing these under-drains, trench excavation costs are eliminated and the amount of gravel fill is greatly reduced. J-DRAIN MVP is typically laid horizontally across the field at specified intervals or vertically in a narrow trench. Provides rapid drainage from the playing field
High flow rate
High compression strength
Large collection area
Reduces trench excavation costs
Lowers amount of gravel backfill
Installation & Technical information available in the Specifications Library
J-DRAIN MVP provides a cost effective alternative to pipe and gravel under-drains when constructing natural or synthetic turf playing fields. By replacing these under-drains, trench excavation costs are eliminated and the amount of gravel fill is greatly reduced. J-DRAIN MVP is typically laid horizontally across the field at specified intervals or vertically in a narrow trench. Provides rapid drainage from the playing field
High flow rate
High compression strength
Large collection area
Reduces trench excavation costs
Lowers amount of gravel backfill
Installation & Technical information available in the Specifications Library
J-Drain 300, 302 & 1000 consists of an HDPE geonet drainage core with a filter fabric bonded to one or both sides. The geonet drainage core is virtually crush proof, yet flexible enough to conform to irregular surfaces. Due to the crush proof nature, geonet drainage composites can be used in the most extreme cases with heavy loads and/or heavy vehicular traffic.
J-DRAIN 300 consists of a heavy duty high density polyethylene geonet drainage core with its ridges heat fused to a layer of non-woven filter fabric. The filter fabric retains soil or sand particles as well as freshly placed concrete or grout, allowing filtered water to pass through to the drainage core. J-DRAIN 300 provides drainage from one side only.
Retaining Walls
Plaza Decks
Planters & Greenroofs
Under Slabs
Bridge Abutments
Compressive Strength: 40,000 PSF
Installation & Technical information available in the Specifications Library
J-Drain 300, 302 & 1000 consists of an HDPE geonet drainage core with a filter fabric bonded to one or both sides. The geonet drainage core is virtually crush proof, yet flexible enough to conform to irregular surfaces. Due to the crush proof nature, geonet drainage composites can be used in the most extreme cases with heavy loads and/or heavy vehicular traffic.
J-DRAIN 300 consists of a heavy duty high density polyethylene geonet drainage core with its ridges heat fused to a layer of non-woven filter fabric. The filter fabric retains soil or sand particles as well as freshly placed concrete or grout, allowing filtered water to pass through to the drainage core. J-DRAIN 302 is identical to J-DRAIN 300 in physical properties with the addition of a layer of filter fabric to the back side providing drainage and filtration from both sides.
Retaining Walls
Plaza Decks
Planters & Greenroofs
Under Slabs
Bridge Abutments
Compressive Strength: 40,000 PSF
Installation & Technical information available in the Specifications Library
J-Drain 400 Series performs a multi-faceted role by providing protection for waterproofing systems and managing subsurface water around building foundations. Soil back fill is retained by a filter fabric while allowing water to pass into the drainage core providing hydrostatic relief. Collected water is then conveyed to a proper collection system.
Consists of a impermeable polypropylene sheet cuspated under heat and pressure to form a high flow dimpled drainage core. The core is then bonded to a layer of nonwoven filter fabric. The filter fabric retains soil or sand particles as well as freshly placed concrete or grout, allowing filtered water to pass into the drainage core.
Maintains a very high flow rate while providing a higher compressive strength for greater depths. A very popular choice for vertical and horizontal single sided drainage applications. Moderate duty.
Retaining Walls
Foundation Walls
Planters
Under Slabs
Bridge Abutments
Compressive Strength: 15,000 PSF
Call for the 420 model with membrane protective film on the backside
Installation & Technical information available in the Specifications Library
