Basecoats

Alseal 5K
A patented completely chromium-free aluminum ceramic coating containing no known carcinogens, HAPs or VOCs. Provides sacrificial corrosion protection and heat oxidation protection to temperatures of 1100^oF (593^oC). Suitable for use on any surface that can withstand 650^oF (345^oC) required to cure the water-based slurry.

Alseal 500
An aluminum-ceramic coating that provides sacrificial corrosion protection to temperatures up to 1100^oF (593^oC) and oxidation protection up to 1600^oF (870^oC). This water-based slurry must be cured at 350^oF (177^oC) or above. Not suitable for use on mild steel substrates.

Alseal 518
An aluminum-ceramic coating that provides sacrificial corrosion protection up to 1100^oF (593^oC) and oxidation protection up to 1600^oF (870^oC). Water-based slurry must be cured at 400^oF (204^oC) or above. Suitable for use on all steel substrates. Used as a stand-alone heat and corrosion resistant coating or as a basecoat in a coating system.

Alseal 519
An aluminum-ceramic coating formulated to be denser, smoother and more erosion resistant than Alseal 518 while still providing the same sacrificial corrosion and high-temperature resistance. May be used as a stand-alone heat and corrosion resistant coating, or as a basecoat in a coating system.

Alseal HX
An aluminum-ceramic coating formulated to readily polish to a reflective finish that remains bright and shiny up to 1100^oF (593^oC) without discoloring. Used on hot automotive components as an alternative to bright chrome plating.

Alseal 521
Contains a finer blend of aluminum powders than Alseal 519, providing an even smoother surface finish.

Alseal 528
A blend of zirconium oxide powder in a ceramic binder. Cured coating is tightly bonded, resists thermal shock and abrasion, and protects against heat and oxidation up to 1500^oF (816^oC).

Alseal 585
A dip-applied aluminum-ceramic coating that provides sacrificial corrosion protection to temperatures up to 1100^oF (593^oC) and oxidation protection up to 1600^oF (870^oC). This water-based slurry must be cured at 350^oF (177^oC) or above. Not suitable for use on mild steel substrates. Increased viscosity for dip application.

Alseal 625
Alseal 625 is a slurry applied diffusion aluminide coating made of aluminum and silicon powder in an inorganic binder. The aluminide formed from diffusion into Cobalt or Nickel based alloys provides a very wear resistant and heat oxidation resistant surface.