HIGH TEMP COATINGS

THE WORLDS BEST THIN FILM, ULTRA HIGH TEMP CERAMIC COATINGS

Cerakote C Series ceramic coatings will perform at temperatures up to 1800F. C Series coatings are a line of air cured, ready to spray ceramic coatings. Check out the Resources section for product application guides, technical data sheets and SDS information.

  • C-7300 BLACK VELVET

    Cerakote Black Velvet is a smooth, deep black finish with a velvety look. Black Velvet is a very popular finish on motorcycle pipes and automotive headers as well as many other high temperature industrial uses.

    Cerakote Black Velvet C Series ceramic coatings will perform at temperatures up to 1800F. C Series coatings are a line of air cured, ready to spray ceramic coatings. Check out the Resources section for product application guides, technical data sheets and SDS information.

  • C-7600 GLACIER BLACK

    Unsurpassed. No other word can adequately describe Cerakote Glacier Black C-7600. Formulated to withstand temperatures up to 1,800° Fahrenheit and thermal shock from those temperatures directly into water with no adverse effects, C-7600 retains its deep black, sleek satin finish in the most extreme environments. Cerakote Glacier Series coatings are a line of air cured, ready-to-spray ceramic coatings.

    Better thermal barrier properties than any other high temperature coating

    Industry leading heated and un-heated corrosion resistance

    Thermal conductivity is 0.08 W/m-K

    Maximum hot and cold adhesion

    Exceeds John Deere JDM F14X1 Class 4 testing for high temperature coatings

  • C-7700 GLACIER SILVER

    Unsurpassed. No other word can adequately describe Cerakote Glacier Silver C-7700. Formulated to withstand internal exhaust gas temperatures up to 1,800° Fahrenheit and thermal shock from those temperatures directly into water with no adverse effects. C-7700 retains its bright silver, sleek satin finish in the most extreme environments. Cerakote Glacier Series coatings are a line of air cured, ready-to-spray ceramic coatings.

    Better thermal barrier properties than any other high temperature coatings

    Industry leading heated and un-heated corrosion resistance

    Maximum hot and cold adhesion

  • C-7800 GLACIER GOLD

    Unsurpassed. No other word can adequetely describe Cerakote Glacier Gold C-7800. Formulated to withstand temperatures of over 1,200 degrees Fahrenheit and thermal shock from those temperatures directly into water with no adverse effects, C-7800 retains its ultra smooth, rich gold finish in the most extreme environments. Cerakote Glacier Series coatings are a line of air cured, ready-to-spray ceramic coatings.

    Better thermal barrier properties than any other high temperature coating

    Industry leading heated and un-heated corrosion resistance

    No discoloration, even past 2000°F

    Maximum hot and cold adhesion

  • C-7900 GLACIER TITANIUM

    Unsurpassed. No other word can adequately describe Cerakote Glacier Titanium C-7900. Formulated to withstand internal exhaust gas temperatures of up to 1,800° Fahrenheit and thermal shock from those temperatures directly into water with no adverse effects. C-7900 retains a sleek satin titanium finish in the most extreme environments. Cerakote Glacier Series coatings are a line of air-cured, ready-to-spray ceramic coatings.

    Better thermal barrier properties than any other high temperature coating

    Industry leading heated and un-heated corrosion resistance

    Maximum hot and cold adhesion

  • C-8200 GLACIER FORGE

    Unsurpassed. No other word can adequately describe Cerakote Glacier Forge C-8200. Formulated to withstand internal exhaust gas temperatures up to 1,800° Fahrenheit and thermal shock from those temperatures directly into water with no adverse effects. C-8200 retains its silver-grey metallic finish in the most extreme environments. Cerakote Glacier Series coatings are a line of air cured, ready-to-spray ceramic coatings.

    Better thermal barrier properties than any other high temperature coatings

    Industry leading heated and un-heated corrosion resistance

    Maximum hot and cold adhesion