• Provides the ultimate hydrophobic glass coating

  • Reduces glare from the sun and oncoming traffic lights

  • Fills in micro-scratches that help restore glass to their original appearance

  • Lasts up to one year

  • Resistant to automatic car wash detergents including touchless washes, all solvents, degreasers and other corrosive materials

  • Provides maximum beading action displayed during rain conditions

  • 120 ML Opticx Prep and 120 ML Opticx 

  • Made in the USA

 

Opticx is a superior organic nano ceramic polymer glass coating that provides maximum water, snow, ice, and dust repellency, while filling in micro-scratches to help restore the glass to a near new appearance. 

Opticx will display excellent hydrophobic properties while reducing glare from the sun, road lights and oncoming vehicle lighting.  This nano ceramic coating forms a barrier against solvents, corrosive materials and withstands aggressive stripped solutions used by many touchless automatic car washes. 

How to Use:

Opticx Prep should be used prior to the application of Opticx.  Failure to properly prep the windshield, will not allow the coating to properly adhere to the windshield or glass surface.  Simply spray Optixc Prep onto the glass and wipe off with a soft microfiber cloth. If any remaining residue is felt or seen on the surface, continue with the preparation step until no remaining residue is left.

 Apply a liberal amount of Opticx to Greenway's Locked In Ceramic Coating Applicator and start to apply the product from the middle of the windshield or glass to the outside. Once applied to the surface, allow Opticx to bond to the glass before removing with a soft microfiber cloth. 

During the curing process process you will notice that rainbow film will start to appear on the glass surface.  Once the film starts to FADE OUT, this is the time to remove the excess materail.  Two coats should be applied for maximum durability. Takes approximately 24 hours to cure before wiper blades should be used or car detergents are applied to the surface.