Description:
These adjustable furniture straps come as a 10 pack designed to reduce the risk of tip-over incidents by anchoring cabinets, wardrobes and bookcases to the wall. They offer a straightforward safety upgrade for homes with toddlers or pets, with a focus on holding heavy loads and remaining durable over time.
Key Points
The pack includes ten adjustable straps that attach one end to furniture and the other to a wall fixing, helping to prevent accidents when children pull on drawers or climb on low furniture. According to the manufacturer, each strap can withstand up to 400 lbs of force, which gives an extra margin of protection against tipping. Installation is simple with a drill and screwdriver, and the system supports both vertical and horizontal mounting to suit different furniture types. 🛠️
These straps are made to be more robust than common plastic alternatives. They are intended to be detachable for cleaning or moving furniture, and regular checks are recommended as children grow and family needs change. Consider that heavy masonry walls may require specific wall anchors, so check the wall type before fixing.
Technical Specifications
- Name: Furniture Straps (10 Pack)
- Maximum load per strap: 400 lbs (according to the manufacturer)
- Material: 100% stainless steel
- Mounting: vertical or horizontal
- Pack contents: 10 straps with fixings included
Usage Recommendations
Attach the strap to a solid part of the furniture frame rather than a thin back panel, and use appropriate wall fixings for the wall material. For drywall, use anchors rated for the load, and for masonry, choose plugs that match the brick or concrete. When positioning, leave a small gap so the furniture can still be moved slightly for cleaning, but ensure the strap is taut enough to stop forward tipping. 🔧
Inspect the fittings periodically and re-tension if needed. These anchors may not be the best option for very lightweight items where alternative anchoring methods could be less visible. Also note that while stainless steel resists rust and heat, extreme environmental conditions could affect long term performance according to typical material behaviour.



