Overstock Deal Porcelain Round Surface Mounted Usa 15amp Socket Moss Green Save 65% Now [nfuKbzCF]

Porcelain Round Surface Mounted Socket

Introducing the Porcelain Round Surface Mounted USA 15AMP Socket in Moss Green, a sleek and versatile addition to any interior space. This exquisite socket is designed to blend seamlessly with wall surfaces, offering a high degree of adaptability to various interior styles. The flush-mounted design not only enhances the aesthetics but also ensures a clean and uncluttered look. Key benefits include:

• Flush mount for a seamless integration with wall surfaces
• External cable mounting eliminates the need for channeled walls and ceilings
• Porcelain cable glands for a professional finish

Exquisite Craftsmanship and Durable Design

Made with traditional porcelain, this socket is not only visually appealing but also exceptionally durable. The porcelain material is engrained and abrasion-resistant, ensuring long-lasting performance. The constant and UV-resistant colors maintain their vibrancy, making them a great choice for both modern and traditional interiors. Key features include:

• Engrained porcelain for enhanced durability
• UV and dust-resistant color finish
• Enamelled and handmade for top glossy quality

With a CE conformity certificate available upon request and a guarantee of 50 years, this socket is a testament to quality craftsmanship.

Reliable Performance and Easy Installation

Featuring an exceptionally durable mechanism, this socket is guaranteed to perform flawlessly for 10 years. Each socket is assembled to order, ensuring a perfect fit for your specific needs. Please allow 3-4 weeks for delivery. Despite potential watermarks from our Dyke & Dean logo on some images, the actual product does not feature any watermarks. It's important to note that some colors and finishes may vary slightly due to screen calibration. Practical uses include:

• Perfect for modern and traditional interiors
• Adaptable to various wall surfaces
• Enhances the aesthetics and functionality of any space