SURE-DRAIN™ DRAINAGE COMPOSITES

Description

SURE - DRAIN Drainage Composites replace costly, old style aggregate drains of stone, pipe and fabric.

SURE -DRAIN-V is a high-impact polystyrene core covered on one side with a non -woven, needle-punched polypropylene filter fabric and on the other with a solid polymeric film. The film provides extra protection for water proofing membranes under high static loads.

SURE-DRAIN-H consists of a high compressive strength, high impact polystyrene core covered on one side with  non-woven polypropylene geotextile filter fabric.

SURE-DRAIN-HD uses a woven polypropylene filter fabric. The fabric allows water to pass into the drain core while restricting the movement of soil particles which might clog the core. The core allows water to flow to designated drainage exists.

TYPICAL USE

SURE-DRAIN-V is designed for use in vertical, below grade applications such as waterproofed foundation walls, retaining walls, and tunnels.

SURE-DRAIN-H is designed for use in horizontal applications between concrete slabs or with pavers. SURE-DRAIN-HD is intended for use on horizontal decks or in planters; overburden may be soil, concrete, or pavers. SURE-DRAIN is an approved protection course over all Carlisle Waterproofing Systems.

LIMITATIONS

• Consult Carlisle Representative in the event of unusual soil or environmental conditions. Hydrocarbon resistant versions of SURE-DRAIN composite are also available.
• Not recommended for exposed conditions. Backfill should be placed within 2 weeks to prevent damage.
• Construction traffic, vehicles and equipment should not be allowed directly on the SURE-DRAIN.
• Do not use SURE-DRAIN-H with soil or compacted earth overburdens.

PACKAGING

SURE-DRAIN is packaged in rolls 4' wide by 50' in length. Other thicknesses, fabrics and configurations are available by special order.

STORAGE

Protect materials from excessive heat or cold. Store away from open flames, sparks or welding. Protect from rain, direct sunlight or from any harmful environment conditions during jobsite storage.

TECHNICAL DATA