Ceramic and Glass Hydrophobic Spray

Ceramic and Glass Hydrophobic Spray containing Nanoparticles

Introduction Application Properties Advantage Of Using Nanotechnology Manual And Maintenance

Continuous water contact with various materials, including glass, metal, ceramic, construction materials, etc., can be troublesome in our various working environments. And in addition to causing financial damage, the beauty of the surface is affected. As an example, one of the reasons for accidents is due to lack of sufficient and adequate visibility, especially in adverse weather conditions such as rain and snow. It should be noted that improving driver's visibility on rain and snow roads means increasing driver's reaction speed at an unexpected accident. To the above, hard surface cleaning stains after drying water must be added. As a result, different coatings have been developed to produce hydrophobic properties on surfaces.

The hydrophobic and nanoscale coatings are completely transparent and can be used on different surfaces such as glass, ceramics, metal, etc.

  • Glass surfaces in healthcare environments
  • Front and rear windshields: drive without wipers and with high visibility When raining!
  • Building windows
  • Ceramic surfaces (WC, sink, polished tiles and ...)
  • Very strong hydrophobicity: If you use on windshield, you do not need to use a wiper blade.
  • Invisible to the human eye
  • UV Resistance: Many similar products easily disappear after a few months by the sun, but the stability of this nano coating has been tested for up to a year.
  • Resistant to temperature variations
  • Resistant to chemicals and detergents
  • Excellent resistance against friction: A stable chemical bond with the surface makes it extremely resistant against friction.
  • Absolutely harmless to the body and health

Using Nano technology, a hydrophobic surface is created on car windshield by this product. The standards ASTM D2486 and ISIRI 289 are used to examine wash resistance. In this test the applied force on abrasive, neutral, acid and base solutions and number of abrasion cycles are controllable parameters. Also, each 1000 washing cycles is assumed as 1 year.

The contact angle test was performed for hydrophobic glass, hydrophobic glass after 1000 washing cycles and witness sample. The results are as follows.

SampleContact Angle
Glass39
Hydrophobic glass106
Hydrophobic glass after 1 year95
  1. The surface of the glass should be clean, dry and free of any contamination and excessive materials.
  2. Shake the bottle containing the hydrophobic solution of glass.
  3. Spray the hydrophobic solution of the glass on the surface so that the entire surface is impregnated with the solution.
  4. After 2 minutes, wipe the microfiber napkin with a nano solution and gently massage the surface.
  5. The glass will be hydrophobic after drying and 1 hour.
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