- New
| Category | Kitchen Faucet |
| Style | Modern |
| Installation Type | Deck Mounted |
| Installation Size | 1.26-1.65'' (3.2-4.2cm) |
| Number of Handles | 1 |
| Faucet Height | 19.69'' (500mm) |
| Spout Length | 9.25'' (235mm) |
| Spout Height | 310mm |
| Water pressure | 0.5mpa |
| Flow Rate | 1.5GPM(5.7L/min) |
| Cold and Hot Switch | Yes |
| Valve Type | Ceramic Valve |
| Faucet Material | Stainless Steel |
| Faucet Spout Material | Stainless Steel |
Photos
Reference: 42167
This brushed pull-out kitchen tap offers a flexible pull-out spout and smooth hot and cold mixing for kitchen islands and busy sink areas, balancing everyday function with contemporary styling. Its practical specification brings together stainless-steel construction, deck-mounted installation and a ceramic disc cartridge.
Reference: 40847
Designed for kitchen islands and busy sink areas, this white pull-out kitchen tap combines a flexible pull-out spout and a swivel spout with a clean, considered look. Useful details include copper construction and deck-mounted installation, with a ceramic disc cartridge for controlled operation.
Reference: 41148
A contemporary brushed gold pull-out kitchen tap for kitchen islands and busy sink areas, offering a flexible pull-out spout and a swivel spout in a practical format. With copper construction and a ceramic disc cartridge, it is configured for straightforward fitting and regular day-to-day use.
Reference: 40691
Made to suit food preparation and everyday washing-up, this kitchen sink tap delivers an easy-read digital display and a splash-conscious outlet design in a well-proportioned design. Its practical specification brings together zinc-alloy construction, deck-mounted installation and a ceramic disc cartridge.
Reference: 42018
Refresh kitchen islands and busy sink areas with a kitchen sink tap that pairs a swivel spout and smooth hot and cold mixing with an uncluttered profile. Useful details include brass construction and straightforward fitting, with a ceramic disc cartridge for controlled operation.