McAlpine HD23M 1.5" HD Waste Pipe White 3M

McAlpine HD23M 1.5" HD Waste Pipe White 3M - Product Overview

The McAlpine HD23M is a high-density (HD) waste pipe designed for efficient drainage in plumbing systems. This 1.5-inch pipe comes in a 3-meter length and is ideal for various applications, including residential and commercial plumbing.

Key Features

• 1.5" Diameter: Specifically designed to fit standard 1.5-inch plumbing connections, ensuring compatibility with a variety of fixtures and systems.
• High-Density Material: Made from high-density polyethylene (HDPE), which offers excellent durability and resistance to impact, chemicals, and corrosion.
• 3-Meter Length: The extended length allows for flexible installation options, reducing the need for additional joints and fittings.
• White Finish: The white color provides a clean and professional appearance, making it suitable for visible installations.

Advantages

• Efficient Drainage: The smooth interior surface of the pipe promotes optimal flow, reducing the risk of blockages and ensuring effective wastewater removal.
• Durable and Long-Lasting: The high-density material ensures that the pipe can withstand the rigors of everyday use, providing reliable performance over time.
• Easy Installation: Designed for straightforward installation, making it suitable for both new constructions and retrofitting existing systems.

Recommended Applications

• Kitchen and Bathroom Sinks: Ideal for connecting waste pipes from sinks, basins, and other fixtures, ensuring efficient drainage.
• Laundry Areas: Suitable for use in laundry setups, helping to manage wastewater effectively.
• General Plumbing: Can be used in various plumbing applications where durable waste piping is required.

Summary

The McAlpine HD23M 1.5" HD Waste Pipe White 3M is an essential component for effective drainage in plumbing systems. Its durable construction, efficient flow capabilities, and extended length make it a reliable choice for both residential and commercial applications, ensuring smooth operation and optimal performance in various settings.