Chiseled Square Rain Shower with Handheld

HK$0.00

Product Description

Chiseled is a bold, modern exposed shower system characterized by crisp geometry and a strong architectural presence. Featuring a flat-edged riser, large disc-style overhead showerhead, and ergonomic handheld unit, this system is designed for high-performance utility while maintaining a sleek, professional aesthetic. Ideal for modern homes, hotels, and wellness facilities.

Size

Overall Dimensions (H × W × D): 1450–1650 mm (adjustable) × 240 mm × 450 mm

Product Description

Chiseled is a bold, modern exposed shower system characterized by crisp geometry and a strong architectural presence. Featuring a flat-edged riser, large disc-style overhead showerhead, and ergonomic handheld unit, this system is designed for high-performance utility while maintaining a sleek, professional aesthetic. Ideal for modern homes, hotels, and wellness facilities.

Size

Overall Dimensions (H × W × D): 1450–1650 mm (adjustable) × 240 mm × 450 mm

Material

ABS plastic or aluminum composite panel body + tempered frosted glass or acrylic front panel + stainless steel or chrome-plated brass components

Optional Variants

  • Riser profiles: Square-edged, rectangular, or rounded-square hybrid

  • Overhead shower types: Flat disc, multi-spray plate, or angled modern dome

  • Handheld sprayer: Slim ergonomic, anti-slip grip, or angled nozzle

  • Finish options: Chrome, brushed steel, matte graphite, or industrial black

Key Feature

  • Flat-edged solid brass riser pipe with modern square profile

  • Large disc-style overhead showerhead, ~Ø250 mm

  • Height-adjustable vertical slider and ergonomic hand spray

  • Contemporary design suited for modern hospitality, urban homes, and spa-style bathrooms

Manufacturing Process

The Chiseled system is crafted from solid brass, extruded or machined into a square or rectangular profile riser for a clean, modern look. The disc-style overhead showerhead is laser-perforated and chrome-plated for optimal spray performance. All components are finished in high-gloss or brushed PVD coatings, and the system undergoes hydraulic pressure testing, finish abrasion tests, and bracket strength analysis to ensure reliability in high-use environments.