Makita 191L22-4 USA Made Steel Tie Wire, 21 Ga, 50/pk

Overview

Meet the Makita 191L22-4 USA Made Steel Tie Wire, a purpose-built companion for rebar tying projects. Crafted from black annealed steel, this 21-gauge wire balances strength and flexibility to help you secure rebars efficiently. A 50-per-pack reel keeps you productive from start to finish, with less downtime spent swapping spools.

Why this wire stands out

Designed for reliability, the wire's 21 gauge diameter offers robust holding power without excessive rigidity. When used with the Makita Rebar Tying Tool (model XRT01ZK, sold separately), the loading is fast and clean, thanks to an automatic locking mechanism integrated into the tool’s protective cover. The result is a smoother workflow and fewer interruptions while you work through ties on dense rebar layouts.

Core benefits

• 21 gauge black annealed steel wire for strong, consistent ties
• Up to 120 ties per reel to maximize productivity
• Quick loading with automatic locking mechanism inside the tool cover
• High-quality materials designed for long life and repeated use
• Compatibility with Makita Rebar Tying Tool model XRT01ZK

Real-world use cases

Whether you’re tying vertical rebar cages, securing horizontal reinforcement, or mass-tying grids on larger pours, this wire is built to keep pace with your site demands. The familiar Makita build quality translates to fewer wire breaks and more consistent performance as you move from one section to the next.

Tips for best results

• Ensure the wire reel is oriented for smooth feeding into the XRT01 tool
• Check tension and grip on the tool’s feeding mechanism to minimize snags
• Store reels in a dry area to prevent corrosion and maintain performance
• Reserve a dedicated reel for high-demand jobs to minimize downtime

Quality you can trust

Manufactured to strict standards, Makita wires are selected for material consistency and long life in tough construction environments. The 50-pack format helps you plan ahead for extended projects, reducing the frequency of replacements mid-task.