Nano Tech Polish for Solar Panels

This uniquely formulated product is designed with NANO polymeric chemistry for all types of Solar Panel glass; also is great for use on automotive glass, household and industrial window glass, and aircraft windshield.  This treatment forms a bond with the glass surface, fills in micro and Nano voids and helps improve clarity, visibility, and driving response by a full second in wet, wintry, and rainy conditions. That’s about four car lengths extra stopping distance.

Nano Tech Polish for Solar Panels provides great resistance to dirt, dust, and other weather pollutions. Natural rain or a light water spray will keep the glass clean by washing away pollutants from the surface of the Solar Panel. This helps minimize abrasion by protecting the glass surface from minor scratches caused by high wind, sand, and dirt. The invisible NANO water repellent treatment also contributes to making ice and snow easier to remove from the solar panel or glass surface in cold, icy, and snowy winter conditions.


  • Improves all weather visibility and safety on windshields.
  • Increased driving comfort.
  • Much easier to remove ice, snow, frost, salt, mud and bugs.
  • Increase the effectiveness of wiper blades to remove water, snow, and ice quickly.
  • Protect glass from UV and weathering effects.
  • Reduces frictions and repels water, dust, dirt and bugs.
  • Increase the life of glass surfaces.
  • Safe to use on Low E Glass – see description below.*

Nano Tech Polish is generally applied by spraying directly onto the solar panel or glass surface and by wiping off with micro fiber or cotton cloth. Initially apply two coats for proper treatment and adhesion to the glass surface. After second treatment, surface can be buffed with dry polishing pad. By buffing, NANO polymer creates a stronger more permanent bond with the windshield surface.

Depending on the weather the NANO polish treatment on the solar panel can last as long as a year, but on average it should be reapplied every 12 months for best results.

Low-E stands for Low Emissivity. This glass is an energy efficient way to control the heat being allowed in and out of a home or environment. Low-E Glass is glazed with an ultra-thin metallic coating. The manufacturing process applies this with either a hard coat or soft coat process. Soft coated Low-E Glass is more delicate and easily damaged, so it is used in insulated windows where it can be in between two other pieces of glass. Hard coated versions are more durable and can be used in single paned windows. The coating used to make Low-E Glass works to transmit short wave energy and reflects long wave energy to keep heat in the desired location, while still allowing additional light to come in.

Use Nano Tech Polish specially developed for Low E Glass and Solar Panels. Spray on the glass surface and wipe off gently with a micro fiber cloth. Apply 2 coats initially. This long-lasting coating will stay on the glass for a minimum of 1 year or more. It will make future cleaning very easy. Rain will also keep the coated glass surface clean and fog free. This Nano coating will reflect long wave energy to keep heat in the desired location and to protect and extend the life of the metallic finish on the glass surface; this extends the warranty of glass and will allow for additional light to come in.

Technical Data:

State- Liquid

Solids (by weight) – NA

PH Range- 6.8 to 7.4

Appearance – Milky liquid

Odor – Slight Sweet to None

Boiling Range – 220°F to 240°F

Dry Film Temperature range: -60° to 700°F

Vapor Density – same as water

Flash Point – NA

Specific Gravity – 1.0 to 1.05

Solubility in Water – 99%

Viscosity – Same as water

VOC Content – Less than 2/grams/liter

Nano Drivers Consists of – Metallic zinc-75nm, Titanium-70nm, and Magnesium – 70nm

Theoretical Coverage – May verve upon the surface Density and Porosity

First coat coverage from 1000/sqft/gal to 1500/sqft/gal

Second coat coverage from1500/sqft/gal to 2000/sqft/gal



Operating Temperature Range – 60°F to 700°F

Application Temperature – 40°F to 90°F

Dry film thickness – In Nano Meter Scale. Not measurable.

Dilution Ration – Not Recommended /Not Required

Designed to use as is – Spray and wipe off.


 Water   Pass  Salt  Pass
 Ice  Pass  Chloride Screen  Pass
 Snow  Pass  Dust  Pass
 Frost  Pass  Dirt  Pass
 Finger Prints  Pass  Mud  Pass
 Brake Dust  Pass  Wind Drag  Pass
 Static  Pass  UV Rays  Pass
 Minor Scratches  Pass  Frictions  Pass
 Airborne Particles  Pass  Smoke  Pass
 Smoke  Pass  Brake Dust  Pass
 Anti-Static  Pass  Fog  Pass

Store between 40°F and 90°F and away from direct sun light.  Keep container close when not in use.

Stored at room temperature, shelf life is up to five years. If product is stored for long time lightly agitate or shake well before use.