Cerakote by Anthony

stomer must be present) - $52
Upper Receiver - $52
Upper Receiver Micro Slick and Cerakote - $77
Upper and Lower Receiver - $77
Upper Receiver Micro Slick +Cerakote and Upper Receiver Cerakote - $105
Hand Guard - $36-$78 (length and type)
Barrel - $78
Standard Stock Includes Buffer Tube - $52
Adjustable Stock Includes Buffer Tube - $52
Charging Handle - $16
Buffer Tube - $21
Iron Sights - $21 for Front Sight, $32 for Rear Sight
Upper, Lower Receiver, and Hand Guard - $115
Upper Lower receiver, Hand Guard, and Barrel or Stock - $167
Upper Lower Receiver, Hand Guard, Barrel, and Stock - $210
BCG - $48 for C-series Micro Slick, or $38 for H-Series Cerakote
Mags 5 to 30 round - $11 each
40+ Round Mags - $16
Drum Mags - $27
Polymer Parts Add - $27 (bake time is 2.5 times longer at a lower temp)
More than 1 Color Add - $37


SKS Rifle:

Whole Rifle Minus the Stock (customer must be present) - $105
If there Is Heavy Grease Still On The Rifle An Additional Charge will be Applied (price varies depending on how much grease there is) - $28-$53

Accessories and Mounts Ask For Quote


Hand Guns:

Whole Gun - $130
Slide Only – One Color (stripped) - $42
Frame Only – One Color (stripped and customer must be present) - $54
Coat Barrel with Cerakote Micro Slick (Includes barrel bushing on 1911’s) - $48
Coat Barrel with H-Series Cerakote - $43
Coat Small Parts - $37
Coat Pistol Mags – Each (must be one of colors on gun) - $12
Coat Pistol Mag – Separate Color - $17


Additional Colors - $37
NON STOCK COLORS ADD $37 STOCK FEE

85% of colors are in stock just ask


C-Series:
Mag Pul Flat Dark Earth
Satin Aluminum


DFAC (dry film anti carbon)
Micro Slick



ABOUT CERAKOTE
NIC Industries, Cerakote advanced ceramic firearms coatings, are the finest on the market today and outperform all other coatings in virtually every performance metric. Cerakote™ is used by OEM’s such as SIG Sauer, FN, Colt, S&W, Nighthawk Custom, Thompson Center, Nosler, Benchmade, Emerson and a growing list of others. Cerakote™ ceramic coatings can be used to coat a wide range of substrates including all metals, including titanium, aluminum, magnesium, etc, as well as most plastics and polymers used in firearms frames, stocks and high-quality accessories. Special coatings are available for tight tolerance, high-wear, internal parts, such as bolts, bolt carriers, barrels, bushings, etc and for high-temp applications up to 1700°, such as suppressors and machinegun barrels. Contact us for specific application requirements and coating solutions. In addition, unlike virtually all “plating” types of finishes which only come in a silver or black color, Cerakote is available in a wide range of colors





CERAKOTE STANDARD PERFORMANCE METRICS:
RUST RESISTANCE: Cerakote finishes have been tested in salt spray and full emersion and have withstood beyond 3,000 hours in salt spray and hundreds of hours in full emersion testing. This makes Cerakote finishes the clear choice for marine environments and other environments subject to high humidity and salt water environments. WEAR RESISTANCE: Cerakote finishes can withstand over 5,000 (5,212) wear cycles per mil (.0001). The Tabor wear test uses an 8" abrasive wheel applied to a metal plate coated with 1 mil thickness of the Cerakote coating. In addition, Cerakote's Coefficient of Friction is 80% less than stainless steel against stainless steel. So, when one or both moving parts of a firearm are coated you can expect a significantly longer product duty cycle or service life. ADHESION: Cerakote finishes have an ASTM D3359 rating of 5B and can withstand a 180° mandrel bend rotation test around a 1/4" mandrel and a ball bearing impact test of 160 inch-lbs with no cracking or loss of adhesion. This is significant performance given Cerakote’s 9H pencil hardness, which is the highest hardness rating in the scale. HARDNESS AND SCRATCH RESISTANCE: ASTM D3363 is a 9H pencil hardness and 6H scratch resistance. FILM THICKNESS: 1.0 mil (Cerakote DFAC “Dry Film Anti-Carbon” is .25 to .50 mil)




Cerakote H-Series:
H-Series is the most durable of the standard Cerakote family of coatings and provides the best performance in hardness, wear and scratch resistance, adhesion and rust resistance. It can withstand heat up to 500f – 600f degrees and comes in the widest range of colors. Therefore, we use the H-Series wherever possible. However, it’s a two-part heat cure finish and therefore cannot be applied to optics and other items or substrates which cannot, or should not be cured at the required temperatures. Cerakote C-Series:
For high-temp applications up to 1700°, such as suppressors and machinegun barrels, Cerakote™ C-Series has no equal. It's available in a wide range of colors to match the overall finish requirement of the firearm or weapons system. We also use C-Series to coat scopes and other optics, as well as fiberglass and items and substrates which cannot be baked. It is not as durable as the H-Series and is less scratch and wear resistant. The primary application is optics, electronics and fiberglass stocks which cannot be heat cured. Cerakote DFAC Micro-Slick (Dry Film Anti-Carbon)
Is a dry film ceramic coating with special properties and attributes specially suited to tight tolerance applications and high-wear internal parts, such as bolts, bolt carriers, barrels and 1911 barrel bushings, etc… Cerakote DFAC penetrates the metal substrate and therefore adds minimal (.25 to .50 mil) thickness. DFAC came out of NIC's industry leading Micro Dyne automotive and turbine coatings division where it has been used successfully for many years to coat automotive pistons, cylinder walls and turbine blades, etc. Cerakote DFAC provides outstanding anti-friction and wear-reduction properties and good rust prevention properties. In addition when applied to certain internal firearms parts, helps to reduce carbon fouling by resisting carbon adhesion, which promotes reduced maintenance, easier cleaning and improved operational reliability. DFAC imparts a medium grey to dark grey/black color to most steel substrates. Its primary purpose is one of functionality rather than aesthetics as the parts will “burnish” over time changing the original coated appearance of the parts while maintaining the anti-friction and anti-carbon attributes of the coating.