Shower System Data Sheet

6
SHOWER SYSTEM
standard assembly is available in a brushed
or chrome finish. The Perforated (B) option
is also available with a locking mechanism
(brushed stainless steel, 3/4" – 19 mm frame
only) for applications where tamper resistance
is desired or required (e.g., healthcare and
education facilities, etc.). The style grate
assembly frame features a minimal reveal after
installation and can be combined with one of
three grate options: Floral (E), Curve (F), or
Pure (G). Each style assembly is available in a
brushed finish. The covering support is placed
flush with the top of the channel body and
can therefore accommodate any thickness
tile covering.
If KERDI-LINE is placed at shower entrance,
it is recommended that grate assembly A or
the covering support is chosen and that the
drainage openings span the maximum width
of the entrance to limit potential overflow;
secondary drainage (e.g., KERDI-DRAIN) may
be required in the drying area.
Schluter
®
-KERDI-LINE-FC is a stainless
steel cover plate for use with KERDI-LINE to
create a seamless look in applications where
multiple drains are installed end-to-end.
KERDI-LINE-FC features a brushed finish,
and is designed for use with either the solid
or perforated grates with brushed stainless
steel frame.
14.1 Schluter
®
-SHOWERPROFILE-
S/-R system profiles represent an elegant
solution for finishing the area between the
floor and the first course of wall tile in a way
that eliminates cutting wedges of tile and
ensures a consistent elevation of the first
course of wall tile in KERDI-LINE applications.
SHOWERPROFILE-S consists of a trapezoid-
perforated anchoring leg with a groove,
which accepts a tapered brushed stainless
steel profile that matches the slope of the
KERDI-SHOWER-L shower tray. The profile is
adjusted to cover the exposed wall area and
forms the visible surface. SHOWERPROFILE-R
consists of a brushed stainless steel profile
and corresponding channel. The profile is
adjusted to fit the space between the KERDI-
LINE and the wall tile and forms the visible
surface in applications where the KERDI-LINE
is placed adjacent to a wall.
Material Properties and
Areas of Application
KERDI-DRAIN, KERDI-DRAIN-H and KERDI-
LINE are suitable for use in residential and
commercial applications, including areas
subject to foot and wheelchair traffic, such
as showers and wet rooms in homes, hotels,
schools, healthcare facilities, etc.
Various configurations of KERDI-DRAIN,
KERDI-DRAIN-H and KERDI-LINE are
listed by UPC®, CSA, and ICC-ES PMG.
Relevant industry standard guidelines for
floor drains with integrated bonding flange
include methods B422, B422C, SR613 and
SR614 in the Tile Council of North America's
(TCNA) Handbook for Ceramic Tile Installation
and Method 326DR in the Terrazzo, Tile
and Marble Association of Canada (TTMAC)
Specification Guide 093000 Tile Installation
Manual.
KERDI-DRAIN and KERDI-DRAIN-H drain
flanges are formed using ABS, PVC, or
stainless steel 304 (1.4301 = V2A). Plastic
drain flanges feature a polypropylene fleece
webbing on the surface of the bonding flange
to accept a bond to thin-set mortar. The
KERDI-DRAIN adaptor kits feature adaptor
rings made of stainless steel 304 (1.4301 =
V2A) with thermoplastic rubber gaskets and
adaptor flanges made of ABS. Drain grates
are available in plain and coated stainless steel
304 (1.4301 = V2A) and anodized aluminum.
The covering support is stainless steel 304
(1.4301 = V2A) with KERDI laminated on the
surface.
The KERDI-LINE channel body is formed
using stainless steel 316 L (1.4404 =V4A)
and features a bonding flange with a KERDI
collar laminated on the surface. KERDI is
a bonded waterproof membrane with a
modified polyethylene (PEVA) with non-woven
polypropylene fleece on both sides to anchor
the membrane in the thin-set mortar. The
frame and grates are made of stainless steel
316 L (1.4404 =V4A). The channel support
is made of pressure-resistant, expanded
polystyrene (EPS). The KERDI-LINE-FC cover
plate is roll-formed using stainless steel 316
L (1.4404 = V4A). The SHOWERPROFILE-S
anchoring leg is made of recycled, rigid
PVC. The SHOWERPROFILE-S/-R profiles
are made of stainless steel 316 L (1.4404 =
V4A) with KERDI laminated on the backside.
Schluter
®
-Systems drain grates are resistant
to most chemicals encountered in tiled
environments. In special cases, the suitability
of a proposed type of material must be
verified based on the anticipated chemical,
mechanical, and/or other stresses. In general,
grates should be protected against abrasion
or scratching. Exceptions and special
considerations are listed below.
Stainless steel can sustain high mechanical
stresses and is particularly well suited for
applications requiring resistance against
chemicals and acids. For more severe
chemical exposure, such as de-icing salts
and chemicals used in swimming pools, we
recommend the use of stainless steel 316 L,
which offers even higher corrosion resistance
than the 304. Even stainless steel cannot
withstand all chemical exposures, such as
hydrochloric acid, hydrofluoric acid or certain
chlorine, chloride and brine concentrations.
Metallic-coated grates are stainless steel
304 with a metallic coating created using
physical vapor deposition (PVD). The resulting
metallic film is very hard and corrosion-
resistant.
Anodized aluminum grates feature
an anodized layer that retains a uniform
appearance during normal use. The surface
may be damaged by grout or setting material.
Therefore, these materials must be removed
immediately.
Maintenance
KERDI-DRAIN, KERDI-DRAIN-H, KERDI-
LINE, and SHOWERPROFILE-S/-R require no
special maintenance and are resistant to mold
and fungi. The drain grates may be removed
to clean the drain housing and the drain pipes.
Clean the grates and profiles using neutral
cleaners. Avoid the use of strong acids (e.g.,
hydrochloric, hydrofluoric) and bases/alkaline
cleaners (e.g., bleach, ammonia, chlorides).
Do not use abrasive cleaning agents and tools.
Even stainless steel requires periodic cleaning,
which will maintain a neat appearance and
reduce the risk of corrosion. Stainless steel
surfaces develop a sheen when treated with a
chrome-polishing agent.