
Eastbrook 375mm Circle Towel Hanger Chrome | 101.0108
Eastbrook 375mm Circle Towel Hanger – Chrome – 101.0108
The Eastbrook 375mm Circle towel hanger offers a compact, stylish accessory for enhancing compatible multirail towel warmers. Its circular mounting design introduces a softer, more decorative aesthetic while providing practical hanging space for smaller towels or hand towels. Finished in polished chrome, it integrates seamlessly with modern bathroom interiors and coordinates effortlessly with Eastbrook’s wider heating collection.
Key Features:
- Product Code: 101.0108
- Width: 375mm
- Type: Circular‑mount towel hanger for multirail towel warmers
- Finish: Chrome
- Design: Compact 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: $64.51
-65%$64.51
$22.58Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Eastbrook 375mm Circle Towel Hanger – Chrome – 101.0108
The Eastbrook 375mm Circle towel hanger offers a compact, stylish accessory for enhancing compatible multirail towel warmers. Its circular mounting design introduces a softer, more decorative aesthetic while providing practical hanging space for smaller towels or hand towels. Finished in polished chrome, it integrates seamlessly with modern bathroom interiors and coordinates effortlessly with Eastbrook’s wider heating collection.
Key Features:
- Product Code: 101.0108
- Width: 375mm
- Type: Circular‑mount towel hanger for multirail towel warmers
- Finish: Chrome
- Design: Compact 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.




















