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The wire manufactured under JIS G 3539 is indispensable in several industries:

Decarburization depth and surface seams are strictly limited. A PDF reference sheet outlines the maximum allowable seam depth relative to the wire diameter.

Aluminum-killed steel with excellent ductility, ideal for complex shapes and deep heading.

These grades feature added aluminum to deoxidize the steel, producing a fine grain structure that optimizes cold formability and reduces the risk of aging embrittlement.

: Detailed extracts and historical versions (like the 1991 standard) are often uploaded to sites like Scribd . Jis G 3539 | PDF - Scribd

| Standard | Relationship | |----------|--------------| | JIS G 3507 | Wire rods for cold heading (upstream raw material) | | JIS B 1051 | Mechanical properties of fasteners made from these wires | | ASTM A510M | Similar US standard (carbon steel wire for cold heading) | | EN 10263-2 | European equivalent (non-alloy steel wire for cold heading) |

The standard applies to carbon steel wires, generally covering a range of carbon content suitable for cold deformation.

. These wires are primarily used to manufacture fasteners like bolts, nuts, rivets, and machine screws. Key Technical Specifications

For the most straightforward way to legally acquire the standard:

The fundamental purpose of JIS G3539 is ensuring structural uniformity and material integrity during cold forming. Cold heading and forging shape wire materials at room temperature using multi-station cold-forming machines. This process offers rapid production cycles, extreme dimensional accuracy, and significant material savings. Key components manufactured under this standard include: