Made of a blend of iron, carbon, and chromium, nail common wire is a form of steel wire crafted for a vast multitude of uses. Much of the variant is composed from low-carbon steel, which is employed in nails, fasteners, and even as electrical conductors. Furthermore, this wire type presents an array of sizes and grades to choose from. Structural reinforcement and forming nails, primarily, are its intended functions; though the application possibilities for nail common wire extend far beyond these two purposes.
An array of metals, combining iron, carbon, and chromium, are used to make nail common wire. Low-carbon steel is commonly utilized to create this versatile wire, which can be found in a broad selection of sizes and grades. Nail common wire serves many different functions, such as being employed as nails, fasteners, or even electrical conductors.
Drawing metal through a die, a hollow cylinder equipped with a hole in the center, reduces the diameter of the wire and making it workable for a host of applications. After production, heat treatment is then used to bolster wire’s strength and flexibility. Nail common wires come in several sizes and grades: 1/4 inch (6.35 mm); 3/8 inch (9.525 mm); and 1/2 inch (12.7 mm). Grade A is generally the weakest and suitable for fencing; Grade B gives added strength and can be used for nails; Grade C is strong yet flexible enough for fasteners; and Grade D is the strongest and best used for electrical connections.
Nail common wire provides an array of practical applications – from fasteners to electrical conductors. To form nails, the wire is cut to size before being hammered into a pointed shape. Fasteners are created by cutting the wire and attaching it to a nut while electrical conductors require the wire being attached to an electrical circuit post cutting.