Moss Prevention Nanocoating For Stone Monuments and Statues

SIO2 & Water-based High Performance Superhydrophobic & Oleophobic Nanocoating for Porous Stone Surfaces with Moss & Algae Prevention.

Benefits

Superhydrophobic
Oleophobic
Soil-repellent moss prevention nanocoating for stone
Reduces formation of moss & fungus
Resistant to abrasion
Weather resistant
No change of water vapour diffusion
Salt-resistant nano coating for Pillars
Resistant to high pressure cleaners (up to 60 bar, subject to substrate)
Frost-resistant
Easy-to-clean effect
Water-based formula
Formaldehyde-free
Maintains breathability
Does not alter look or feel
Odourless
Food-safe & Physiologically harmless
Bio-compatible nano coating for monuments
UV-stable nano coating for statues
Developed for industrial application across absorbent stone surfaces, e.g. light concrete, mineral concrete, translucent concrete, aerated concrete, exposed concrete, shotcrete, polymer concrete, granite, marble, sandstone, slate, limestone, clay tiles, etc.

Performance & Testing

Superhydrophobic
Oleophobic
Frost-thaw-changes-reduction (according DIN EN 12371:2010-07(frost resistance) for 100 cycles)
Frost-de-icing salt resistance (according TL Pflaster-StB 06 for 100 cycles)
Water vapour diffusion (according DIN EN ISO 12572:2001)
Determination of water absorption (according CSIRO BEST-2:1998)
Resistance to salt attack (according AS/NZS 4456.10:2003)
Abrasion resistance (Taber abrasion according ASTM C1353:1996)
Longevity (Artificial weathering with Xenon arc lamps according DIN EN ISO 4892- 1:2006 - 550h (five weathering years)
REACH Conformity
ZDHC MRSL V2.0 Conformity

Specifications

pH-value (undiluted)	4,5 - 5,5
Density (g/ml)	1
Flash Point (°C)	>90°
Boiling Point (°C)	100°
Colour	Colourless / Light Yellow
Manufacturing Standard	According to DIN EN ISO 9001:2015
HS Code	38249992
Shelf Life	24 months

VP Porous Stone Protect - High Performance Moss Prevention nanocoating is specifically designed for porous stone surfaces to prevent moss and algae growth. It works by forming a superhydrophobic and oleophobic layer on the surface, making it resistant to water and soil, thus inhibiting the growth of moss and fungus.