| Management number | 250600972 | Release Date | 2026/09/17 | List Price | US$2.78 | Model Number | 250600972 | ||
|---|---|---|---|---|---|---|---|---|---|
| Category | |||||||||
When dealing with heavy-duty construction or fencing repairs, thin wire simply won't hold the weight. The Rally Tie Wire Handy Pack in 2.00mm gauge is the thickest and strongest option in the handy pack range. This substantial wire offers maximum rigidity and tensile strength, making it the ultimate solution for structural bracing, heavy fencing tasks, and applications where the wire must hold its shape under significant pressure.
Best For Fencing contractors, builders, and serious DIYers requiring maximum strength wire for structural bracing and heavy load securing.
Key Features
Maximum Strength Gauge: At a robust 2.00mm thickness, this wire provides superior rigidity and holding power, capable of securing heavy loads that would snap thinner wires.
Long-Lasting Durability: Fully galvanised with a zinc coating to provide excellent resistance against rust and corrosion, ensuring permanent repairs in exposed outdoor conditions.
Easy Identification: Features a "Yellow" colour-coded tag system, allowing you to instantly distinguish this ultra-heavy gauge from lighter wires in your tool kit.
Structural Rigidity: The thickness of the wire allows it to maintain its shape rigidly, making it ideal for making hooks, pegs, or stiff braces in garden construction.
Convenient Format: Supplied in a 20m coil, offering a manageable amount of high-tensile wire for specific jobs without the expense and weight of a full fencing roll.
Sizes Available 2.00mm x 20m Coil.
Specifications
Brand: Rally
Gauge (Thickness): 2.00mm
Length: 20m
Material: Galvanised Steel
Pack Type: Handy Pack
Ideal For (Uses)
Heavy-duty fencing repairs and straining
Structural bracing for garden sheds and frames
Securing large established trees
Manufacturing custom wire hooks and pegs
Binding heavy construction materials together
If you notice any omissions or errors in the product information on this page, please use the correction request form below.
Correction Request Form