Handmade D2 Steel Powder Coated Bowie Knife With Leather Sheath

Handmade D2 Steel Hunting Blade Powder Coated Bowie Knife With Leather Sheath

Damascus Blades | Powder Coated Bowie Knife Material Use For This Blade D2 Steel.

Blade Thickness 4 mm. Hardness Of Blade up To 58 HRC.

Handle Material: D2 Steel Guard, Black Color Dollar Sheet/wood, Brass Pipe.

Size: Full Length Top To Bottom 14″ Inches,

Blades Length 9″ Inches, Handle Length 5″ Inches, Blade Width 2″ Inches.

Leather Sheath: Black Color Genuine Leather Sheath.

Free Shipping: Free Home Delivery Within 8-10 Working Days Via USPS.

Perfect Gift for Any Occasion

A unique gift for knife lovers, outdoor adventurers, hunters, and collectors. In addition, it is perfect for birthdays, Father’s Day, anniversaries, and Christmas.

Free Custom Engraving, Free elegant Gift Wrap, and Free USA Shipping. Simply provide your engraving text in the order notes at checkout.

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How To Process Powder Coat On Blade:

The powder-coat process entails the application of electrostatically charged particles onto the surface of the substrate. In a typical powder-coating system, a feeder unit delivers the powder to an electrostatic gun. The feeder unit also controls the flow of powder to the gun. The gun emits the powder in the form of a diffused cloud. When combined with an electrical field charge provided by a low-amperage power unit, the charged particles seek out and adhere to the surface of the substrate.

Upon application of the coating, the next step in the powder-coating process is curing, which involves baking the workpiece in a specially designed oven. Curing results in the formation of a protective skin and promotes coating adhesion. In general, curing is performed at 400 F for approximately 40-50 minutes, although these parameters can vary based on the type of powder coating.

Surface preparation/pretreatment is also essential for achieving a successful powder-coating outcome. This normally entails the removal of grease, oil, dirt and other materials via chemical, physical or mechanical methods to clean the surface and promote coating adhesion. Pretreating the workpiece with chemical compounds can enhance the coating’s performance, durability and corrosion resistance.