Upgraded Version Waterworks Universal Modern 10" Rain Showerhead In Antique Brass + Free Bonus [S5mT0V3q]

Waterworks Universal Modern 10" Rain Showerhead

Experience the perfect blend of modern design and timeless elegance with the Waterworks Universal Modern 10" Rain Showerhead. This exquisite fixture is a perfect addition to any bathroom, offering both functionality and aesthetic appeal. Crafted from high-quality brass, it boasts a durable construction that ensures long-lasting performance and a luxurious feel.

• Collection: The Universal collection features a sleek and contemporary style that complements a wide range of bathroom decors.
• Finish: The Antique Brass finish adds a rich, warm tone to your bathroom, creating a cozy and inviting atmosphere.

Key Features and Specifications

This showerhead is designed with the highest standards in mind. Its 1.75gpm flow rate ensures an efficient and satisfying shower experience, while the 1/2" female straight threads with rubber washer connection make installation a breeze. The Waterworks Universal Modern 10" Rain Showerhead is built to withstand high water pressures, ranging from 20.0 to 85.0 psi, ensuring optimal performance in various settings.

• Flow Rate: 1.75gpm for a balanced and comfortable shower experience.
• Inlet Connection: 1/2" female straight threads with rubber washer for easy installation.

Practical and Stylish Solution

Not only is the Waterworks Universal Modern 10" Rain Showerhead a visual treat, but it also offers practical benefits. The recommended water pressure of 45.0 psi ensures that you can enjoy a relaxing and refreshing shower every time. Its adjustable water pressure and flow rate make it an adaptable choice for different household needs. Whether you're looking to upgrade your bathroom or simply want to add a touch of sophistication, this showerhead is the ideal choice.

• Water Pressure Range: From 20.0 to 85.0 psi, with a recommended pressure of 45.0 psi for optimal performance.
• Water Pressure Minimum: 20.0 psi to ensure reliable performance in low-pressure situations.