McAlpine WC-F23RV Straight Flexible Pan Connector with 1.25" Boss

McAlpine WC-F23RV Straight Flexible Pan Connector Overview

The McAlpine WC-F23RV is a straight flexible pan connector designed to provide a reliable and efficient connection between a toilet pan and the soil pipe. Featuring a 1.25-inch boss, this connector is ideal for various plumbing applications where flexibility and ease of installation are essential.

Key Features

• Straight Design: The straight configuration allows for a direct and unobstructed connection between the toilet pan and the soil pipe, ensuring effective waste removal.
• Flexible Construction: The flexible design accommodates slight adjustments during installation, making it easier to fit in tight spaces or awkward angles without the need for additional fittings.
• 1.25-Inch Boss: The integrated boss provides a secure connection point for the waste pipe, enhancing the overall reliability of the installation.

Advantages

• Easy Installation: The flexible nature of the connector simplifies the installation process, making it suitable for both professional plumbers and DIY enthusiasts.
• Durable Materials: Constructed from high-quality materials, the WC-F23RV is designed to withstand daily use and resist wear and tear, ensuring long-lasting performance.
• Versatile Applications: Ideal for various toilet installations, including both residential and commercial settings.

Recommended Applications

• Residential Toilets: Perfect for home bathrooms, providing a dependable connection between the toilet pan and the soil pipe.
• Commercial Toilets: Suitable for use in public restrooms, offices, and other commercial environments where efficient waste management is crucial.

Summary

The McAlpine WC-F23RV Straight Flexible Pan Connector with a 1.25-inch boss is a reliable and efficient solution for connecting toilet pans to soil pipes. Its flexible design, durable construction, and ease of installation make it an excellent choice for both residential and commercial plumbing systems, ensuring optimal performance and reliability in various settings.