Firenzecolor™ Florenzia Mineral Plaster, 20KG
Florenzia is a decorative mineral plaster for interiors, composed of pure slaked lime-air putty, selected inerts, rheological modifiers and organic additives (<4%). The application of Florenzia grants high-end glossy decorations, with soft yet vibrant tones.
- Mineral Plaster
- High-End Glossy Decorations
- Soft yet vibrant tones
- Interior Only
- Apply with a stainless steel trowel
- Continuously wipe trowel clean, during application process
- Clean Up: Water immediately after use
| Series/Sub-Brand | Novacolor™ |
|---|---|
| Type | Interior |
| Size | 20 KG |
| Brand | firenzecolor |
| Finish | High Gloss |
| Material | Water-Based |
| Manufacturer Code | 12FL20 |
Surface Preparation & Application: 3 Coat process. First start with a totally dry surface & sound surface. First coat of Florenzia, apply smoothly with a stainless steel trowel, recommended with circular patterns. After at leasy 8 hours of drying time, apply a second coat of Florenzia with a stainless steel trowel. After at leasy 12 hours of drying time, lightly sand the surface with sandpaper if necessary. Then remove dust created by sanding and proceed with the third application of Florenzia on small portions of the wall, to create a typical "Stucco" type look. Work in small sections, to keep a wet edge while working throughout the whole application process. When the product starts to set during the third application, now you can burnish the surface with a clean stainless steel trowel, in order to make it more compact and glossier. While burnishing, wipe down your stainless steel trowel each time you strike the wall, during the burnishing process. The drying time after burnishing is approximately 24 hours.
Preparation: Do not apply on fresh/new substrates; wait a maturation period of 4 weeks normally.
Clean Up: With water, immediately after use.
Dilution: None needed, ready for use.
Coverage: m2 spreading capacity (0.3-0.6 KG/m2 in two layers)
10-12 square feet per Kilo.
Dry Time: 24 hours approx. Depending on the substrate absorption rate and environmental conditions.
