18 Gauge Black Annealed Wire Precut Length 850mm, 500mm
18 Gauge black annealed wire is a versatile and widely used product, particularly favored for its flexibility and strength. 18 Gauge black annealed wire in precut lengths of 850mm and 500mm offers flexibility, strength, and convenience for various applications in agriculture, construction, packaging, and DIY projects. The annealing process ensures the wire is easy to handle and tie, while the black oxide finish provides basic corrosion resistance. Precut lengths provide added convenience, making this wire a practical choice for numerous tasks.
Specifications
- Steel Grade: Low carbon steel, High ductility and malleability due to low carbon content.
- Gauge: 18 gauge
- Diameter: Approximately 1.2 mm (0.047 inches).
- Finish: Black annealed
- Process: Heated and cooled slowly to make the wire softer and more flexible.
- Appearance: Black oxide coating resulting from the annealing process.
- Lengths: Precut to 850mm (33.5 inches) and 500mm (19.7 inches).
Characteristics
- Flexibility: The annealing process imparts excellent flexibility, making the wire easy to bend, twist, and tie.
- Strength: Despite its flexibility, the wire maintains sufficient tensile strength for a variety of applications.
- Corrosion Resistance: The black oxide coating provides a basic level of corrosion resistance, suitable for many general uses.
Applications
- Agriculture: Used for tying and securing plants, vines, and fencing.
- Construction: Ideal for binding rebar, tying wire mesh, and other general binding tasks.
- Packaging: Commonly used in bundling and securing items.
- Crafting and DIY Projects: Suitable for various creative and practical projects requiring flexible and strong wire.
Advantages
- Ease of Use: The flexibility of annealed wire makes it easy to work with, reducing effort during binding and tying.
- Convenience: Precut lengths eliminate the need for measuring and cutting on-site, saving time and ensuring consistency.
- Versatility: Suitable for a wide range of applications due to its balance of flexibility and strength.