VP Glass & Ceramic Protect

Vetro Power India.

Nano Coating For Glass & Ceramics

SIO2 & Solvent-based Superhydrophobic & Oleophobic Nanocoating for Glass & Ceramic Surfaces.

Benefits
  • Superhydrophobic
  • Oleophobic nano coating for glass
  • Soil-repellent
  • Enormous abrasion resistance
  • Easy-to-clean effect
  • Formaldehyde-free
  • Does not alter look or feel
  • Resistant to high pressure cleaners & vapour cleaners up to 60 bar (depending on the substrate)
  • Multiple graffiti removal possible
  • Ecologically sound nano coating for ceramic glass
  • Food-safe & Physiologically harmless
  • Bio-compatible water repellent coating for glass
  • UV-stable stain resistant coating for glass
  • Surface protection system for all kinds of non-absorbent glass & ceramic surfaces e.g. water repellent coating for windshield, windows, glass facades, porches, mirrors, lens, bathrooms, glazed tiles, wash basins, toilets, winter gardens, shower screens, working countertops, etc.
  • Cleaning of glass facades is made heavily redundant post glass nanocoating. In case of rain, all dust, dirt, pollen, etc., which usually seizes on the glass, is washed away so that there are no streaks or residues on the glass facade anymore.
  • Huge surplus value in terms of cost savings as glass facades are cleaned multiple times a year. Apart from the manpower costs & scaffolding, employees and customers in commercial buildings are no longer disturbed by cleaning. The effect has seen to last over three-five years.
Performance & Testing
  • Superhydrophobic
  • Oleophobic
  • Higher Light Transmission for PV Modules
  • Longevity (Artificial weathering with fluorescent UV lamps according to ISO 11507, method A 3500h, DIN-55620-1 and DIN 55620-2). The test relates to artificial weathering of coatings that simulate long term effects of weather conditions such as sunlight, temperature, humidity etc. on materials in a controlled environment. These tests accelerate the aging process to evaluate how well a coating or material can withstand over time. The purpose of these tests is to simulate years of exposure in a much shorter timeframe, 3500 hours equates to approximately 4 years based on conversion.
  • Flexural strength (according DIN 1249 part 12, DIN 18516 part 4, DIN EN 12150-1)
  • Measurement of reflection (using FT-IR (AB))
  • Measurement of transmission (using UV-Vis spectrometer)
  • REACH Conformity
  • ZDHC MRSL V2.0 Conformity

 

 

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