Our Products
Mineral-based Bio-Coatings combining artisanal lime, graphene nanotechnology, and NASA-endorsed military insulation.
Insulating Bio-Primers
Mineral base · artisanal lime · graphene · CaCO3
Universal Bio Primer, no insulation. For all surface types: wood, plastic, glass, metal, and concrete. Combines artisanal lime and high-durability graphene nanotechnology.
- Encapsulates and permanently retains microplastics
- Molecular graphene mesh that completely stops outgassing
Universal Bio Primer, 100% insulation. For all surface types: wood, plastic, glass, metal, and concrete, with NASA-endorsed military insulation.
- Reduces exterior temperature by up to 25%
- Encapsulates microplastics and stops outgassing
Mineral-based Bio Primer for drywall and plaster (tablaroca y yeso) interior and exterior walls, no insulation. Dual high-durability graphene nanotechnology structure that seals existing toxic paint.
- Encapsulates and permanently retains microplastics
- Molecular graphene mesh that completely stops outgassing
Mineral-based Bio Primer for drywall and plaster (tablaroca y yeso) interior and exterior walls, with NASA-endorsed military insulation. Dual high-durability graphene nanotechnology structure that seals existing toxic paint.
- Encapsulates and permanently retains microplastics
- Molecular graphene mesh that completely stops outgassing
Functional Bio-Coatings
Artisanal lime / silicate · minerals · graphene
A “living,” sustainable interior, free of microplastics and toxic odors. Absorbs CO2 during curing and creates a natural antibacterial barrier.
- No flammable or toxic components: occupancy within a few hours
- High solids content: only 1–2 coats needed
A “living,” sustainable facade, free of microplastics and toxic odors, with extreme durability. Reflects up to 96% of solar radiation and prevents overheating.
- Absorbs CO2 from the environment during curing (24 days)
- Naturally antibacterial surface · no toxic gases
Silicate-and-mineral coating for both interior and exterior use. Free of microplastics and toxic odors, with extreme durability.
- No flammable or toxic components
- High solids content: only 1–2 coats needed
Harmony Color Line
34 mineral shades · available across the Bio-SEC and Bio-ECO coatings
The full Harmony palette from our Spanish paint line, available for Bio-SEC and Bio-ECO functional coatings. Swatches shown are for reference — request physical color chips from an advisor before specifying a final color.
Coatings for Metal Surfaces
Industrial protection · anti-corrosion
Two-component (2K) industrial bio-coating for aggressive exterior environments. Bio-based resin matrix with beta-nanographene barrier properties.
- Molecular shield against oxidation, moisture, and extreme UV
- Reflects up to 98% of solar rays
Same two-component (2K) base with NASA-endorsed military insulation. Designed for highly aggressive exterior environments.
- Reduces exterior temperature by up to 25%
- Requires only 1–2 coats of application
Epoxy coating with high-mineral-content bio-based resins and graphene nanotechnology: an impenetrable molecular barrier against corrosion.
- 96% solar reflection, mitigates the urban heat island effect
- Superior resistance to weathering and UV degradation
BIO-SAC-I-S5 (1+4) · Epoxy With Insulation
Two-component bio-epoxy with NASA-endorsed military insulation, for extreme industrial protection on exposed metal surfaces.
- Reduces temperature by up to 25% thanks to its military-grade insulation
- Molecular barrier against corrosion, weathering, and UV
Bio-Shield Plus
Electromagnetic Shielding
Verda Shield’s solution to Problem 09, radio-frequency signal contamination: electromagnetic protection for spaces that require it.
BIO-SHIELD-PLUS 1 / 5
Bio-coating designed to protect against high- and low-frequency electromagnetic radiation: cell towers, radio antennas, TV repeaters, and wireless network interception.
- Amplifies indoor signals: improves RFID and WiFi performance
- No flammable components or toxic odors
Contact an advisor to request availability and a project quote.