
Eastbrook 565mm Circle Towel Hanger Chrome | 101.0110
Eastbrook 565mm Circle Towel Hanger – Chrome – 101.0110
The Eastbrook 565mm Circle towel hanger offers a stylish, functional enhancement for compatible multirail towel warmers. Its distinctive circular mounting design provides a softer, more decorative alternative to straight bar hangers, while maintaining excellent practicality for everyday towel storage. Finished in polished chrome, it complements a wide range of bathroom interiors and integrates seamlessly with modern heating setups.
Key Features:
- Product Code: 101.0110
- Width: 565mm
- Type: Circular‑mount towel hanger for multirail towel warmers
- Finish: Chrome
- Design: Sleek, curved aesthetic with a modern polished finish
- Compatibility: Suitable for selected Eastbrook multirail models
- Guarantee: Manufacturer’s warranty
Installation Notes: Designed for straightforward fitting onto compatible multirail towel warmers. Ensure secure placement for optimal stability and performance.
Original: $89.09
-65%$89.09
$31.18Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Eastbrook 565mm Circle Towel Hanger – Chrome – 101.0110
The Eastbrook 565mm Circle towel hanger offers a stylish, functional enhancement for compatible multirail towel warmers. Its distinctive circular mounting design provides a softer, more decorative alternative to straight bar hangers, while maintaining excellent practicality for everyday towel storage. Finished in polished chrome, it complements a wide range of bathroom interiors and integrates seamlessly with modern heating setups.
Key Features:
- Product Code: 101.0110
- Width: 565mm
- Type: Circular‑mount towel hanger for multirail towel warmers
- Finish: Chrome
- Design: Sleek, curved aesthetic with a modern polished finish
- Compatibility: Suitable for selected Eastbrook multirail models
- Guarantee: Manufacturer’s warranty
Installation Notes: Designed for straightforward fitting onto compatible multirail towel warmers. Ensure secure placement for optimal stability and performance.




















