Elevate your primary ensuite, Scandinavian-inspired wet room, or minimalist sanctuary with the Elara Haus Polar Matte Architectural In-Wall Set. Inspired by the pure, monochromatic landscapes of Nordic architecture and contemporary "Stealth-Surface" trends, this architectural recessed set features a signature floating spout and mixer that adds a sophisticated, weightless layer to your interior.
Constructed from premium, high-density solid brass and finished in a specialized "Polar" opaque coating, this "recessed set" is designed for both visual transparency and technical space-saving performance. The wall-mounted, cylindrical spout projects a clean, aerated stream directly into the basin, providing a grounded, artisanal touch that transforms a functional utility into a seamless architectural feature that maximizes vanity surface area.
Note: As this is a professional-grade "in-wall" fixture, the ultra-slim wall flanges and the velvet-touch matte white finish are hallmarks of its high-end construction—specifically engineered for a flush, watertight fit against premium porcelain, stone, or rendered wall surfaces.
Features:
Seamless In-Wall Integration: Features a sophisticated wall-mount configuration that eliminates deck-level clutter, offering a more expansive and "recessed" profile than traditional basin-mounted taps.
Polar Matte Opaque Finish: Engineered with a high-durability, anti-fingerprint coating that provides a pure white, light-reflective surface that maintains its pristine aesthetic even in high-humidity Australian bathrooms.
Precision Recessed Mixer: Outfitted with an independent, single-lever control that offers micro-incremental adjustment of temperature and flow with a smooth, tactile ergonomic response.
Architectural Floating Spout: Features a precision-curved cylindrical spout designed to deliver a soft, splash-free water stream, perfectly balanced for both deep soaking tubs and minimalist vessel basins.
Solid Brass Integrity: Crafted from lead-free, reinforced brass for superior structural durability and resistance to internal mineral buildup behind the wall.
