Mixing CERAKOTE Polymers

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Cerakote is not marketing. This is a laboratory-tested technology. See how it beats traditional coatings in ASTM tests.

Test (according to ASTM standards) CERAKOTE H-SERIES Anodizing (Type III) Powder Coating Oxidation
Abrasion Resistance (D4060) Winner (24.13 mg loss) Poor (84.10 mg loss) Average (32.4 mg loss) B. Weak (120+ mg loss)
Anti-corrosion protection (B117) Winner (3000+ hours) B. Poor (48 hours) Medium (100-250 hours) Poor (96 hours)
Hardness (D3363) 9H (Highest) 9H (Fragile) 4H-6H Below 2H
Layer Thickness Ultra-Thin (~0.025mm) Variable (up to 0.07mm) Coarse (0.05 - 0.2mm) Minimal

See Tests in Action

Independent laboratories confirm. See for yourself how Cerakote outclasses other coatings.

High Temperature Test (Cerakote V-Series)

See how the Cerakote V-Series coating (designed for extreme temperatures) performs on the "Crazy Rocketman" jet engine. The coating withstands temperatures up to 980°C (1800°F).

Corrosion Test: Cerakote vs Teflon® and Xylan® (ASTM B117)

This is the movie! See a direct clash of Cerakote Elite E-100 Blackout with Teflon® and Xylan® coatings. In a salt spray corrosion test, Cerakote lasts over 4,000 hours, while competitors rust in as little as 24 hours.

Cerakote vs. Competition: Abrasion Test (ASTM D4060)

The official Taber abrasion test that compares the Cerakote H-Series coating with anodizing, powder coating and oxidation. See why Cerakote is the leader in friction resistance.

Field Corrosion Test (15+ Months)

How does Cerakote fare in the real world? See a test where a Cerakote-coated rifle barrel and a standard blued barrel are left outdoors for over 15 months. The result is devastating for oxidation.

Chemical Resistance Test (ASTM D2794)

Gasoline, acetone, brake fluid, grease and aggressive solvents - see how the Cerakote H-Series coating easily withstands 24-hour immersion in the harshest chemicals.

Pencil Hardness Test (ASTM D3363)

How hard is the Cerakote coating? The standard Pencil Hardness Test confirms that Cerakote H-Series achieves the highest result of 9H, guaranteeing exceptional scratch resistance.

Frequently Asked Questions

The standard Cerakote H-Series coating is only approximately 0.025 mm (25 microns) thick. Thanks to this, it does not affect the fit and tolerances of precise elements, such as firearm mechanisms, threads or engine parts.

Yes, in many ways. As seen in testing, Cerakote outperforms anodizing (Type III) many times over in terms of abrasion resistance and dramatically outperforms it in terms of corrosion protection. Anodizing is hard but brittle - Cerakote is both hard and flexible.

NO. Correct application of Cerakote is a complicated process that requires specialized equipment (including a spray booth, baking oven, HVLP guns) and rigorous surface preparation (chemical cleaning, degreasing, sandblasting). As an Authorized Applicator, we guarantee that the process will be performed in accordance with the highest factory standards.

The price depends on the complexity of the design, the number of colors, the pattern (camouflage) and the condition of the prepared element. We invite you to try our application WZRD LAB, which allows you to visualize the project, or for direct contact for individual valuation.