Tile Drain Mat

Mat is engineered to permit maximum load transfer to structural deck while allowing lateral flow of infiltrated water to flow easily to drains.

Tile drain mat.

Tremdrain is a two layer drainage mat consisting of a polystyrene core and nonwoven needle punched polypropylene fabric. Tile drain mat plaza deck system part of the plaza and deck system. They are non slip and durable tiles which are perforated to allow plenty of drainage preventing dangerous standing water on top of your walking surface. These general purpose mats provide a walking surface in wet environments that allows liquids to drain beneath your feet.

Rigid interlocking drainage mats rigid mats are more durable than flexible mats withstanding heavy loads and rough use. Advanced drainage systems 3 in. Since the 1990s the construction industry has become increasingly aware of the necessity of moisture management in the building envelope. These drainage tiles provide cushion and also a safe slip resistant surface design especially in wet areas where people may walk both in shoes as well as barefoot.

The tremdrain series of mats are used with tremproof and paraseal waterproofing membranes serving both as a protection course and replacement for traditional pipe and stone drainage systems. The core is bonded to a moisture resistive filter fabric that functions like an additional layer of weather resistant barrier. In the case that a slip or fall does occur these tiles offer an astm 20 inch fall height rating. Drainage mat provides a permanent predictable gap of at least 1 8 and it provides the potential for air movement.

Multi composite drainage and protection boards. Corex drain pipe perforated with filter sock model 03730100bs. Heavy duty drainage tiles are comfortable interlocking open surface tiles which can be easily configured for standard and custom shaped areas. Waterway rainscreen drainage mats.

Consists of a polypropylene core of fused entangled filaments in varying thicknesses from a nominal 1 8 inch to 3 4 inch depending on desired cavity space and cladding selection.