- New
| Category | Bathtub Faucet |
| Installation Type | Wall Mount |
| Style | Modern |
| Fixture Material | Brass |
| Nozzle Material | Brass |
| Number of Handles | Zinc Alloy |
| Number of Handles | 1 |
| Number of Installation Holes | 2 |
| Valve Material | Ceramic Valve |
| Hose Length | 59.06''(1.5m) |
| Water pressure | 0.8pma |
| Flow Rate | 1.8GPM(6.8L/min) |
| Cold and Hot Switch | Yes |
| Distance between Mounting Holes | 5.31"-6.5" (135-165mm) |
| Hand Shower Material | ABS |
Photos
Reference: 40931
Refresh freestanding baths and contemporary bathroom schemes with a brushed gold bath tap that pairs smooth hot and cold mixing with an uncluttered profile. Built around copper construction and a ceramic disc cartridge, it is arranged for concealed installation and intuitive use.
Reference: 41402
Made to suit freestanding baths and contemporary bathroom schemes, this gunmetal grey floor-standing bath tap delivers smooth hot and cold mixing in a well-proportioned design. Useful details include brass construction and floor-standing installation, with a ceramic disc cartridge for controlled operation.
Reference: 40553
Designed for freestanding baths and contemporary bathroom schemes, this black floor-standing bath tap combines a waterfall outlet and a convenient hand shower with a clean, considered look. The design uses brass construction and a ceramic disc cartridge, arranged for floor-standing installation and comfortable daily operation.
Reference: 40516
Designed for freestanding baths and contemporary bathroom schemes, this black floor-standing bath tap combines smooth hot and cold mixing with a clean, considered look. Useful details include copper construction and floor-standing installation, with a ceramic disc cartridge for controlled operation.
Reference: 40514
Bring practical style to freestanding baths and contemporary bathroom schemes with this chrome floor-standing bath tap, featuring smooth hot and cold mixing. A combination of copper construction, a ceramic disc cartridge and floor-standing installation completes the well-resolved design.