Installation Guide

TECHNICAL FILE
R03.003_02/09/2011
Novopeldaño® MaxiTok-
yo
Applications
Novopeldaño® MaxiTokyo is a prole designed to be installed in the steps of stairs. Its particular visible
side provides a high resistance to slip, helping to fulll with the DB-SUA of the CTE (Spanish Technical
Building Code) by improving the value of slip resistance of the ooring where it is installed.
The installation of Maxi outdoors, would result in a variation of its original color, being signicantly
higher in the range of redish colors. To avoid color variations due to the continuous sun exposure, we
recommend the installation of the Maxi range indoors. For outdoor installations we recommend the
MaxiKenya range, that ahs an excellent weatherability and remains unalterable under sun exposure.
Technical Features and Tests
General Features
Page 1 of 3
Novopeldaño® MaxiTokyo is a stair nosing made of Maxi, an
exclusive raw material of Emac® that belongs to the WPC (Wood
Plastic Composites) family of products. Its texturized face side,
offers a high value of slip resistance certied under tests. This value
helps to fulll with the Spanish Technical Building Code (CTE).
Novopeldaño® MaxiTokyo joins technology, sustainability, beauty
and security in just one product.
Material: Maxi (PVC + Vegetable bers )
Lenght: 1 / 2,5 ml.
Dimensions: h: 3/8” / 1/2” (10,12 mm.)
a: 1-9/16” (40 mm.)
Packaging: 10 u./box
Finishes:
Resistance to chemical
agents
Very good except acetone, chromic acid and sulfu-
ric acid.
Water absorption
Very small absorption, high dimensional stability.
Retains its weight after dry.
Fire reaction M1 Classication
UNE 23.727-90 1R
Abrasion resistance Up to 2200 cycles without variation
UNE EN 438-2:2005
Aptdo. 23
Surface resistance to
staining
Resistance to acetone, coffee 176ºF/80ºC, bitumen,
hydrogen peroxyde 30%, sodium hydroxide 25%.
Acetone: surface degradation and blisters.
Rest: without changing.
Impact resistance
Spring: 34 N
Ball drop: 3,93ft/120 cm. maximum drop /
0,38 in./9,9 mm mark diameter
Cigarette burns Surface degradation
Resistance to humidity-
drying
> 20 cycles
UNE EN 14428

Summary of content (3 pages)