The Hinged Toilet Support Arm with Leg is a reliable bathroom safety aid, designed to offer extra assistance for users when sitting down or standing up from the toilet. Featuring a durable arm with a hinged, fold-up design, it is ideal for use in bathrooms where space is limited. For enhanced stability and strength, the support arm includes a height-adjustable leg, allowing it to be customised to the user's specific needs.
Hinged Toilet Support Rail with Leg Information:
- Rail colour: White
- Epoxy coated to promote maximum durability, hygiene and cleanliness
- Provides users with extra support in the bathroom and around the home
- Can be raised and locked in position against the wall when not in use
- Aluminium back plate and adjustable leg for stability
- Toilet support rail length: 775mm (30.5")
- Base plate: 125mm x 265mm (5" x 10.5")
- Maximum load weight: 190 kgs (30 stone)
What is the advantage of using a hinged toilet support rail with legs?
The hinged toilet support rail with legs provides extra stability by incorporating a floor-supporting leg. This design is ideal for users who need additional balance and strength when using the toilet. The rail folds away when not in use, ensuring convenience and space-saving functionality.
Is the rail height adjustable?
Yes, the supporting leg is height adjustable to accommodate different users and bathroom setups. This feature allows you to tailor the rail for optimal support. The adjustments are simple to make and secure once set.
How durable is the support rail?
High-quality materials, designed to withstand frequent use, make up the rail. The sturdy construction and floor-supporting leg of the rail enhance its durability and load-bearing capacity. Proper installation ensures long-term safety and reliability.
Is the support rail simple to install?
Indeed, pre-drilled holes on the Hinged Toilet Support Rail with Leg make wall and floor installation simple. We include installation instructions to guarantee accurate fitting. Professional assistance may be helpful for optimal placement.
