MURO - Acid cleaner for thick cement veil - Lithofin

MURO - Acid cleaner for thick cement veil - Lithofin

This product is an acid cleaner for removing heavy cement haze and stubborn dirt deposits on all acid-resistant exterior surfaces .

It dissolves and removes surface dirt such as: mortar residues , cement veils, efflorescences , hardened dirt deposits, limescale and rust deposits.

This product contains a blend of special acids and cleaning components that has made it the ideal product for many cleaning tasks with the professional user for over 40 years.

Technical specifications :

• Density: approx. 1.1 g/cm³.
• pH: < 1 (conc.).
• Flash point: not applicable.
• Appearance: yellow, clear.
• Smell: bitter almond oil.
• Solubility in water: very good.

Application areas :

Used for cleaning the end of laying tiles, natural or artificial stone and terracotta.

Suitable for cleaning facades.

Particularly suitable for outdoors and construction sites.

Supports:

All acid-resistant coatings can be cleaned, such as ceramic tiles, stretched stoneware tiles, brick surfaces, terracotta, rough artificial stone surfaces, concrete as well as many natural stones.

Note: Not suitable for polished or honed limestone surfaces (marble, artificial stone). For rough artificial stone and limestone surfaces, the product must be diluted in the proportions of 1:20.

For natural stones containing iron (e.g. Serizzo), yellow discoloration (rust formation) may occur. For this reason, these types of stone should only be cleaned with Lithofin MN Enlève Ciment .

For interior application, we recommend Lithofin KF Cement Remover with low odor for ceramic surfaces and Lithofin MN Cement Remover for natural stones.

Manual :

1. Dilute Lithofin MURO up to 1:20.
2. Apply to previously moistened surface.
3. Rinse with plenty of water after letting it act for a few moments.

Attention: the rooms must be well ventilated during and after the treatment. It must also be ensured that no vapor remains in the room.

Yield :

• Approximately 30 - 50 m²/L depending on type and extent of soiling.