The Anco® Wall Tie Bracket is engineered to provide a secure connection between shelving bays, racking systems, or workstations and the wall, significantly improving overall stability.
Manufactured from heavy duty powder coated steel, it offers a strong, long lasting fixing point that helps prevent accidental tipping or unwanted movement in busy operational environments. Its straightforward installation makes it suitable for both new setups and retrofitting onto existing storage systems.
This bracket is ideal for facilities where tall, narrow, or heavily loaded bays require additional support to maintain safe working conditions. By anchoring the upper section of the storage unit directly to the wall, the bracket reduces sway and enhances structural integrity, making it a practical safety accessory for warehouses, retail stockrooms, workshops, and storerooms.
Functional Use and Benefits
The bracket stabilises storage units exposed to vibration, heavy traffic, or uneven loading. It supports safe stacking and prevents toppling, especially in narrow aisle layouts or high shelving installations. Its compact, unobtrusive design allows it to be fitted easily without obstructing access to stored items.
Why You Should Buy
- Improves Stability: Secures shelving and racking systems to prevent unwanted movement.
- Supports Safety Compliance: Helps meet workplace requirements for anchoring tall or heavy bays.
- Durable Build: Powder coated steel construction ensures long term reliability.
- Quick Installation: Easily fitted using standard tools.
- Cost Effective Protection: Provides an affordable method for reducing tipping risks.
Overview
The Anco Wall Tie Bracket offers a reliable and economical way to enhance the stability of shelving and racking systems. Its robust steel construction and simple installation make it a suitable safety accessory for a wide range of commercial and industrial environments.
By securing storage units to the wall, it helps maintain a safer workspace and reduces the likelihood of accidental tipping or structural shifting during daily operations.