MAX 19 GA Galvanized Rebar Tying Wire - 30 Rolls
MAX 19 GA Black Annealed Tie Wire is engineered for professional rebar tying in demanding construction environments. Manufactured from high-quality steel and heat-treated through an annealing process, it offers excellent ductility and uniform strength for consistent, secure ties. The black annealed finish provides smooth wire feed and clean twists, minimizing tool wear and downtime on the jobsite. This twin-spooled wire is specifically designed for use with the MAX TwinTier RB441T, RB611T, and RB443T rebar tying tools, ensuring reliable compatibility and performance. Each roll yields approximately 170–265 ties depending on bar size, helping contractors maximize productivity and reduce labor time. Ideal for general concrete work, foundations, slabs, walls, precast panels, and reinforcement projects, this wire is a dependable choice for everyday tying tasks where corrosion exposure is minimal.
Features
- Constructed from high-quality black annealed steel for flexibility and strength.
- Compatible with MAX TwinTier RB441T, RB611T, and RB443T rebar tying tools.
- Twin-spooled design ensures smooth, consistent wire feed.
- Produces approximately 170–265 ties per roll depending on bar size.
- One-wrap tie strength comparable to a 16-gauge hand snap tie.
- Ideal for general construction, foundation, slab, and reinforcement work.
- Provides reliable tying performance in standard jobsite environments.
- Designed to reduce labor fatigue and increase productivity.
- Packaged with 30 rolls per case for high-volume use.
MAX 19 GA Black Annealed Rebar Tying Wire Specifications
| Specification | Details |
|---|---|
| Compatible With | MAX RB401T-E, RB441T, RB443T, and RB611T |
| Material | Black Annealed Steel |
| Color | Black |
| Gauge | 19 GA |
| Coating | Uncoated (Annealed Finish) |
| Wire Type | Twin-Spool Rebar Tie Wire |
| Ties Per Roll | Approx. 170–265 (varies by bar size) |
| Case Quantity | 30 Rolls |
| Item Weight | 30.5 lbs per case |
| Applications | General construction, slabs, foundations, and reinforcement work |
| Country of Origin | Japan |