RAK Ceramics · Basin Mixer Taps

RAK Ceramics Petit Square Floorstanding Basin Mixer Tap | Chrome | Brass | 45mm x 988mm x 210mm

Model Number: RAKPES3030C Introducing the RAK Petit Square Chrome Floorstanding Basin Mixer Tap, a stunning addition to any modern bathroom. Designed by RAK Ceramics, this tap effortlessly combines functionality with a contemporary aesthetic. The polished chrome finish adds a touch of luxury while ensuring durability and easy maintenance, making it a perfect choice for homeowners, designers, and contractors alike. Crafted from high-quality brass, the RAK Petit tap promises longevity and resistance to corrosion. Its sleek square shape complements various basin styles, enhancing your bathroom's overall decor. This mono basin mixer tap features a single lever for precise control of water temperature and flow, providing an efficient and enjoyable user experience. With a minimum pressure requirement of just 1.0 Bar, this tap is ideal for both low and high-pressure systems. Please note that this model is designed for use with a single tap hole, ensuring a seamless fit for compatible basins. As part of the Petit range, it embodies modern elegance, making it a versatile choice for any contemporary bathroom setting. RAK Ceramics stands behind the quality of its products, offering a generous 15-year guarantee, giving you peace of mind with your investment. Whether you're remodelling or constructing a new space, the RAK Petit Square Chrome Floorstanding Basin Mixer Tap will elevate the look and functionality of your bathroom. Key Features: Polished chrome finish for a sleek, modern look Durable brass construction ensures long-lasting performance Mono basin mixer design for easy temperature control Square shape complements contemporary bathroom designs Minimum pressure requirement of 1.0 Bar 15-year guarantee for added peace of mind Compatible with basins requiring a single tap hole | RAK Ceramics Petit Square Floorstanding Basin Mixer Tap | Chrome | Brass | 45mm x 988mm x 210mm

90-day range £∞–-£∞ · average £NaN