Non-slip PVC stair profile

PVC (Polyvinylchloride) tread edge or stair nosing for stair tread protection. Wide grooved surface that gives it anti-slip characteristics. Improves accessibility and safety of stairs, increasing resistance to sliding at critical edges of the steps. Its placement is subsequent to the overlapping tiling placed with adhesive. Ideal for public places with a lot of traffic.

Its large grooved surface and its anti-slip band comply with the strictest safety regulations, increasing the slip resistance of any pavement. Its placement is after tiling. Ideal for public places with a lot of traffic.

This edge protector for stairs offers maximum functionality in a profile of careful and adaptable aesthetics in any environment.

Supplied in packages of 15 bars 3.00 m long.

Dimensions and characteristics

• a: 28.5 or 65 mm
• h: 21 or 44 mm
• e: 2.5 or 4 mm
• Length: 3.00 ml
• Material: PVC (Polyvinylchloride)

Placement

1. Clean the surfaces to be joined to guarantee a perfect adhesion.
2. Extend abundant adhesive material of the MS Sealant / Express Adhesive from Fischer or similar on the unseen face of the profile.
3. Place the profile on the desired surface and press carefully.
4. Finally, let the adhesive dry.

You can also use adhesive tapes for mounting or the like.

Cleaning and maintenance

It is resistant to water and detergents. Cleaning should be done periodically with a soft, fiber-free cloth. If you choose to use a neutral cleaning liquid, it must be rinsed with cold water and dried to remove excess moisture. Stubborn soiling can be removed with suitable mildly abrasive cleaning agents. If you apply a preservative, in addition to leaving a thin layer of water repellent, keep in mind that it should not be yellow, attract dust or dirt, or have iridescent effects.

The use of steel wool, abrasive or pickling products, as well as strong acids (hydrochloric and perchloric), strong bases (caustic soda or ammonia) or carbonated solutions is not recommended. Citric acid should also not be used as it dissolves the protective oxide layer on the aluminum surface. Waxes, petroleum jelly, lanolin or the like are not suitable. Haloalkane solvents (hydrofluoroethers or chlorinated solvents) and setting accelerators containing chlorides should be avoided (use non-chloride accelerators).