Product Description
swan neck tab" (tap) is a type of faucet designed with a gracefully curved, high-arch spout that resembles the long, elegant neck of a swan, providing a stylish and functional addition to kitchens, bathrooms, and wash basins. These taps are often made from durable materials like brass or chrome-plated brass for elegance and corrosion resistance, and they feature high-quality internal components like ceramic cartridges for smooth operation and longevity. Key characteristics include their high-arch design for clearance, often 360-degree rotation for versatile use, and features like splash-less water flow and easy installation. Key Characteristics Curved Spout: The most defining feature is the "swan neck" design, a high-arch, curved spout that gives it a graceful and elegant appearance. Functionality & Clearance: The high-arch spout provides ample space under the faucet, making it easier to perform various tasks in the sink, such as filling large pots or washing. Material: Swan neck taps are typically crafted from durable materials like brass or chrome-plated brass, offering resistance to corrosion, rust, and wear, ensuring a long-lasting finish. Internal Components: They feature reliable internal components, such as ceramic cartridges, that are designed for durability and smooth operation, undergoing rigorous testing for open/close cycles. Universal Compatibility: Swan neck taps are designed for compatibility with most kitchen and bathroom sinks, making them a versatile choice for various setups. Installation: They are designed for easy installation, often with components that allow for secure mounting on walls or countertops. Applications Kitchens: Ideal for kitchen sinks due to their high clearance, which is useful for washing large utensils and filling pots. Bathrooms & Wash Basins: Their elegant design and functional benefits also make them a popular choice for bathroom sinks and wash basins. Versatility: Some models offer features like a flexible silicone spout, 360-degree rotation, and different flow modes, enhancing their versatility for different user needs.