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Get it between 2024-12-10 to 2024-12-17. Additional 3 business days for provincial shipping.
Low profile linear floor drain specifically designed for bonded waterproofing assemblies
Low profile linear floor drain specifically designed for bonded waterproofing assemblies
Stainless Steel channel body
Features standard 2" (50 mm) no-hub outlet
Kit includes body, support, no-hub coupling, 4 inside + 2 outside corners, pipe seal and valve seal
Grate is SOLD SEPARATELY in a wide variety of finishes
Description Schluter-KERDI-LINE is a low profile linear floor drain specifically designed for bonded waterproofing assemblies. KERDI-LINE can be installed adjacent to walls or at intermediate locations. The floor can be sloped on a single plane to KERDI-LINE, which enables the use of largeformat tiles and creates interesting design opportunities. KERDI-LINE channel body features a standard 2" (50 mm) no-hub outlet and is attached to the pipe using an appropriate mechanical no-hub coupling. The simple connection to standard drain outlets makes KERDI-LINE suitable for new construction and renovation. KERDI-LINE is available with both center and off-set outlets. The offset outlet is located 8" (20.3 cm) from the edge of the channel body and provides flexibility when obstacles (e.g., floor joists) are encountered during installation. KERDI-LINE Channel Body kit includes a corresponding polystyrene foam channel support to set the drain elevation to the corresponding KERDI-SHOWER-LT/-LTS shower trays. The perimeter of the channel body consists of a bonding flange laminated with a collar made of KERDI. It ensures a simple and secure connection to the bonded waterproofing assembly, both in the floor area and on adjacent walls. KERDI-LINE is available in channel lengths from 20" to 72" (50 cm to 180 cm) in 4" (10 cm) increments. The bonding flange extends approximately 1" (2.5 cm) beyond the channel on all sides. Warning: This product can expose you to chemicals which is [are] known to the State of California to cause cancer and birth defects or other reproductive harm.