'Our Technology contains no chemicals, resins, adhesives or toxic substances. Its inherent characteristics include the ability to control problem microbes safely with a sustainable, VOC free, molecular quartz glass coating.' 

LiquidGlass Tech is based on molecules of silicon dioxide (Si02) or quartz glass. Sand at the beach and the stone around us are made of Si02. Our technology is inert, meaning it comes from the earth and returns with no ill effects. This makes our technology safe to the environment. Silicon dioxide is also found in vegetables, water and beer, and is considered a safe food additive by the FDA. (FDA CFR-Title 21, Chapter 1, Subchapter B, Part 172, Subpart E, Sec. 172.480) We assemble safe Si02 molecules to form a matrix glass layer between the environment and the surface. It is undetectable and long lasting.

Advancement in the instruments for imaging at the quantum level has allowed for the manipulation of atoms, therefore enabling nanotechnology. Most structures created are based on the assembly of “ultrafine particles” or engineered nanoparticles. LiquidGlass Tech are developed by using different processes. They are made by isolating fully understood molecules of silicon dioxide. Once our products are applied, these molecules form a polymerized molecular layer of pure quartz glass that protects the surface from the environment. 

To understand the measurement of a nanometer, a human hair is approximately 80,000 nanometers in width.

The advantages of LiquidGlass Tech Nano coating.

LiquidGlass Tech coating are easy to apply by spraying, wiping or dripping. Our technology is undetectable,  hydrophobic, superhydrophobic, oleophobic durable, resistant to mild abrasion, flexible, breathable, heat tolerant.

Characteristics

  • Non Stick
  • Oelophobic
  • Long Lasting
  • Envirnoment Friendly
  • Food Safe & Gentle to Skin
  • Long Lasting & Durable
  • Easy Cleaning
  • Easy To Apply
  • Air Preamble 
  • Invisible
  • Will Not Change Color or Sheen
  • Superhydrophobic / Hydrophobic
  • Quick Drying

Resistant To

  • Water, Humidity & Oil
  • Soils & Stains
  • Bacteria and Other Microbes
  • Mold & Algae
  • Ultraviolet (UV) Rays
  • Acids & Alkaline
  • Abrasion
  • Hydrolysis 
  • Pressure Washing
  • Staining 
  • Frost
  • Vapor Cleaners
  • Oxidation
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