Rails and Treads made of Aluminium
- low density = light weight (one third the density of steel) 
- high specific strength (strength  to weight ratio) 
Resistance to corrosion - remember: It takes approximately 9 to 10 Kilowatt hours of electricity to make each pound of aluminium. 

Completely Anodized Aluminium (7-10 micron)

-	The most common form of anodizing is sulphuric acid anodizing which offers an anodic film thickness between 3 and 25 microns.
-	Ladder profiles and ladder treads are anodized by placing them in an acid solution, applying a voltage and artificially growing their own oxide to an even controlled thickness. Anodic film thickness is not a surface coating, but is integral with the metal so a cut through it will not allow corrosion.
-	Anodizing seals the ladder from oxidation.
-	Improves the aluminium's corrosion resistance.
-	Hardens the surface.
-	Keeps the ladder clean and makes cleaning of the surface easier.
-	Permits the ladder to be used in food and drug industry, and in sectors with high cleaning standards.

Steps/Treads folded and reinforced with shaped galvanized steel band

Spreader bar made of galvanized steel plate

Rails anchored with large shaped galvanized steel band and galvanized steel rivets

Steps covered with 100% synthetic rubber pad
- non slip surface
- temperature resistance: -10/+90 °C.
- traction 22 Kg/cm
- density: 200 Kg/cubic meter
- non absorbant: humidity 2%
- Barcol 55/60
- 4 colours
- keep clean with high pressure cleaners 

All stoppers, caps and other plastic parts made of polyamide
- colour: Black.

Ladder Shoes
- equipped with Kick-Stop (Skylax patent): to have more stability when escaping from the ladder

Packed in cardboard with polyester foam insert
- colour: White.