10 gauge Galvanized Wire

Our Specifications

Product Name	10 gauge Galvanized Wire
Wire Gauge Type	10 gauge
SWG Standard Diameter	3.25 mm
BWG Standard Diameter	3.40 mm
Metric Standard Diameter	3.50 mm
Substrate Material	High-quality low-carbon steel wire rod
Tensile Strength	350-550 MPa
Elongation	≥10%
Galvanizing process	Hot-dip galvanized / Electro-galvanized
Zinc coating amount	Hot-dip galvanizing: 40-300 g/m²
Packaging form	Rolled, bundled, and spooled
Single coil weight	25 kg, 50 kg, 100 kg or customized
Coil inner diameter	Inner diameter 400-600 mm, outer diameter 800-1200 mm
MOQ	5 tons
Packaging	Inner layer wrapped with moisture-proof paper, outer layer wrapped with PE waterproof film, fixed on a wooden pallet.

Production Video

10 gauge Galvanized Wire Advantages

Core Applications

• Construction Sector: Scaffolding bundling, rebar binding, wall insulation layer fixation, weaving plastering mesh and protective netting, temporary barrier construction, etc.
• Agricultural Sector: Farmland fencing, orchard fencing, livestock enclosures (poultry, cattle, sheep, etc.), greenhouse support fixation, crop vine trellising, agricultural tool fabrication, etc.
• Industrial Applications: Machinery safety netting, workshop partitioning, cable bundling, hardware fabrication (wire baskets/racks), mechanical component securing, packaging strapping (heavy-duty cargo).
• Daily DIY & Civil Use: Handmade crafts (e.g., wire art, decorative ornaments), home fencing, balcony safety nets, garden supports, bundling miscellaneous items, door/window protection, etc.
• Telecommunications & Power: Used as overhead suspension wires for communication cables and optical cables, grounding wires, and binding wires for power lines.

Weight Calculation

Core Formulas

1. Weight per meter (kg/m) = Wire diameter (mm) × Wire diameter (mm) × 0.00617 + Galvanized coating weight increase (typically 0.0005-0.001 kg/m).
2. Total Weight per Coil (kg) = Weight per Meter (kg/m) × Total Length per Coil (m).
3. Total Length per Coil (m) = Total Weight per Coil (kg) ÷ Weight per Meter (kg/m).

Calculation Example

1. Calculate weight per meter: 3.5mm × 3.5mm × 0.00617 + 0.0009kg/m = 0.0757kg/m + 0.0009kg/m = 0.0766kg/m.
2. Calculate total length per roll (assuming roll weight 50kg): 50kg ÷ 0.0766kg/m ≈ 652.7m.
3. Calculate total weight per roll (assuming roll length 600m): 0.0766kg/m × 600m = 45.96kg.

Model	Metric Diameter	Weight per Bundle
8 gauge	4.0mm	50kg
10 gauge	3.5mm	50kg
12 gauge	2.8mm	50kg
14 gauge	2.2mm	50kg
16 gauge	1.6mm	50.25kg
18 gauge	1.2mm	25kg
20 gauge	0.9mm	25kg
22 gauge	0.7mm	10-25kg

Why does a larger gauge number indicate a thinner wire diameter?

Understanding the origins of the gauge measurement standard explains why a higher gauge number corresponds to a finer wire diameter.

The design of wire gauge standards traces back to early wire production techniques. The measurement logic centered on “how many standard-length wires could be drawn from a unit weight (per pound) of raw metal material.” Under identical weight and length conditions, the greater the number of wires produced, the finer the diameter of each wire, resulting in a larger corresponding gauge number.