Corrosion protection for reinforced steel

For your information, the information provided is based on our long-term experience and knowledge. However, for a successful outcome, all circumstances must be considered in an individual case. The quantities mentioned are average values and may vary according to specific situations.
For more information, see the Material Safety Data Sheet. Contact Us
Surface preparation:
Carefully apply at least two coats of VANDEX CORROSION PROTECTION M to the prepared steel using a brush or roller, ensuring that there are no breaks in the coating. Each subsequent layer can be applied after about an hour, after the first layer has hardened sufficiently.
VANDEX CORROSION PROTECTION M can be applied at temperatures ranging from +5°C to +35°C, taking into account the temperatures of the substrate, mortar and building materials. It should be used within 45 to 60 minutes, depending on the temperature. Clean the dishes with water after use.
The rate of consumption is about 2 kg/m2 per layer. The product is packed in resealable plastic buckets weighing 5 kg.
Application:
Before application, exposed reinforcing steel must be cleaned, and any residue removed by sandblasting or other suitable methods to achieve a clean rating of SA 2.5 per DIN 55928. Any concrete surrounding the corroded steel must be removed until a solid substrate is reached. It is acceptable for the steel and concrete to be damp during application.
To prepare the mortar, use a mechanical mixer to combine 5 kg of VANDEX CORROSION PROTECTION M with 1.4 liters of water. Mix for about 3 minutes until the mixture is homogeneous and without lumps. Let the mixture stand for about 3 minutes, then mix it again briefly.
preparation:
This cement-based mortar is specially approved for use in drinking water structures, conforming to the German DVGW directive W 270. VANDEX CORROSION PROTECTION M is a refined dry mortar that is ready for use after mixing with water. It exhibits resistance to frost and de-icing salts, allows vapor dispersion and reduces CO2 penetration. When applied, it forms a hard coating.