This video appears to be a comparison between two Cerakote-finished upper receivers, subjected to a durability test involving being dragged through dirt. The goal is to determine which Cerakote application or finish is superior under harsh conditions. While specific firearm platforms aren't detailed in the provided data, the context strongly suggests a focus on AR-15 platforms, given the common use of "upper receiver" in that context and the prevalence of Cerakote finishing on such components. The video likely offers a practical, hands-on assessment of finish resilience for firearm enthusiasts.
This YouTube Short highlights ARMOR-TUFF® Protective Firearms Finish by Wilson Combat. The video emphasizes the finish's durability, corrosion resistance, and enhanced lubricity, developed specifically for firearms. It details the meticulous preparation process, including sandblasting and parkerizing, before the coating is applied and thermally cured. The finish is available in multiple colors and combinations, offering a non-reflective matte appearance similar to a sandblast blue job. It boasts exceptional resistance to various chemicals, extreme temperatures, and saltwater spray, making it a premium choice for firearm customization and protection.
This video demonstrates a simple heat/oil bluing method for firearm parts. The presenter emphasizes caution due to the high temperatures (600-900 degrees Fahrenheit) which can affect steel temper. They specifically advise against using this method on reloading dies due to potential scaling, recommending it only for parts where tolerances are less critical, like push-through bullet sizer bodies. The video stresses practice and warns that it's not recommended for complete firearms, though it can be used carefully. A comprehensive disclaimer is provided regarding the educational and entertainment nature of the video, advising viewers to proceed at their own risk and adhere to all firearm laws and regulations.
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