Carlisle Miradrain 6200 4' X 50' Drainage Composite Roll
Part #CARLISLE MD6200
Product Description
4' x 50' Roll, 0.4" Thick, 21 GPM Flow, 100 Lb Grab, Black or Blue, Solid, Molded Plastic Appearance, Waterproofing, High Strength, Drainage System
- Brand:Â CarlisleItem:Â Drainage System
- Type Waterproofing, High Strength; Size 4 Foot Width x 50 Foot Length Roll; Thickness 0.4 Inch; Physical State Solid; Appearance Molded Plastic; Color Black or Blue; Density 1; Grab Elongation 60 Percent; Flow Rate 21 GPM per Foot; Grab Tensile Strength 100 Pound; Applicable Standard ASTM D1777/D1621/D4716/D4751/D4491/D4632/D6241
- Relieves Hydrostatic Pressure Buildup against Subterranean Surfaces; Consistent, Multi-Directional Core Configuration Provides a Uniform Flow Path for Water to Escape; No-Clogging Drainage Performance; High Flow Drainage Capacity up to Three Times the Flow Capacity of Aggregate or Sand; High Compressive-Strength System Withstands Installation and In-Situ Earth Stresses; Enhances Waterproofing System by Channeling Water Away and Providing a Secondary Water Retention Layer; Cost-Saving, Lightweight, Easy-To-Install Panels Eliminate the Need for Aggregate; Made in USA
- Drainage System; Item Drainage System; Type Waterproofing, High Strength; Size 4 Foot Width x 50 Foot Length Roll; Thickness 0.4 Inch; Physical State Solid; Appearance Molded Plastic; Color Black or Blue; Density 1; Grab Elongation 60 Percent; Flow Rate 21 GPM per Foot; Grab Tensile Strength 100 Pound; Applicable Standard ASTM D1777/D1621/D4716/D4751/D4491/D4632/D6241
- CCW MiraDRAIN 6200 is a high-strength drainage composite made up of a durable, nonwoven filter fabric that is bonded to the individual dimples of a molded polypropylene core to minimize fabric intrusion into flow channels due to backfill pressure. The filter fabric prevents the passage of soil particles into the core while allowing water to pass freely. This product features a polymeric sheet adhered to the back of the core to prevent it from die-cutting the waterproofing membrane.