Pvc UG 160mm Socket Kimberley Econo UK6061165 Marley

The Marley Pvc UG 160mm Socket Kimberley Econo UK6061165 is a high-quality product designed specifically for underground drainage systems. This product meets all the necessary requirements for efficient drainage, making it an ideal choice for both residential and commercial applications. - Size: The Marley Pvc UG 160mm Socket Kimberley Econo UK6061165 has a diameter of 160mm, making it suitable for handling large volumes of water effectively. This size ensures that there are no bottlenecks or blockages in the drainage system. - Material: Constructed from PVC, this socket provides excellent durability and corrosion resistance. The strong PVC material ensures a longer lifespan for the product, even in harsh weather conditions. It is designed to withstand heavy loads and provide reliable performance over an extended period. - Socket Connection: The socket connection feature makes installation quick and easy, ensuring a secure and leak-proof joint. You can easily connect this product with other compatible fittings, providing a seamless connection for the entire drainage system. - Kimberley Econo Design: The Marley Pvc UG 160mm Socket Kimberley Econo UK6061165 incorporates the innovative Kimberley Econo design. This design offers improved flow characteristics, reducing the risk of blockages and ensuring efficient water flow. It is specifically engineered to minimize turbulence and maximize the capacity of the drainage system. - UK6061165 Model: This product is the UK6061165 model, which confirms its compliance with the British standards for drainage systems. Meeting these standards assures you of high-quality performance and reliability. The Marley Pvc UG 160mm Socket Kimberley Econo UK6061165 is an excellent choice for any underground drainage project. Its 160mm size, durable PVC material, socket connection, Kimberley Econo design, and compliance with UK standards make it a reliable and efficient solution. With this product, you can ensure optimal drainage performance, preventing any potential issues associated with poor drainage.