Enhance the stability and security of your wall-mounted displays with the Ergotron Steel Stud Wall Mounting Kit. Designed specifically for steel-stud walls, this kit provides a robust solution for mounting heavier displays safely. The kit features a durable aluminum wall plate that distributes weight evenly, reducing stress on individual studs and ensuring a secure attachment. This sturdy construction is ideal for environments requiring reliable mounting solutions, such as offices, conference rooms, or classrooms. The included hardware, consisting of screws and anchors, is specially engineered to work seamlessly with steel-stud framing, providing peace of mind during installation and long-term use.
Compatible with a wide range of Ergotron mounting arms and wall mounts, the kit ensures versatility and ease of integration into existing setups. It is UL listed, TAA compliant, and adheres to environmental standards such as REACH, making it a compliant choice for professional environments. Designed and manufactured in the United States by Ergotron, Inc., this mounting kit comes with a limited five-year warranty, underscoring its quality and durability. The package includes a heavy-duty wall plate, six screws, and six anchors, making installation straightforward and efficient. Whether you are mounting large displays or multiple screens, this kit provides added strength and stability, distributing the load over a larger surface area for enhanced security and peace of mind.
Ideal for professional use, the Ergotron Steel Stud Wall Mounting Kit ensures your displays are securely mounted while maintaining a clean, professional appearance. Its robust aluminum construction and specially designed hardware make it the perfect solution for heavy display installations on steel-stud walls, supporting your business or organization’s visual needs efficiently and reliably.
Features:
- Strong, aluminum plate construction; hardware is specially designed for steel-stud walls
- Allows heavier display attachment to steel-stud walls
- Adds strength to installation by distributing weight over larger surface area