McAlpine HCN3165UK1M 1.5" Bath Trap w/ PopUp Waste and Filler Ext. O/F

McAlpine HCN3165UK1M 1.5" Bath Trap with Pop-Up Waste and Filler Extension Overflow Overview

The McAlpine HCN3165UK1M is a versatile bath trap designed to provide efficient drainage while incorporating a pop-up waste feature. This 1.5" bath trap with a filler extension overflow is an excellent choice for modern bathrooms, combining functionality with ease of use.

Key Features

• Pop-Up Waste Mechanism:

  • Features a convenient pop-up waste system that allows for easy operation, making it simple to drain the bath when needed.

• Filler Extension Overflow:

  • Equipped with a filler extension overflow, this trap helps prevent water overflow while providing additional functionality for filling the bath.

• Durable Construction:

  • Constructed from high-quality materials, ensuring long-lasting performance and reliability in daily use.

Advantages

• Efficient Drainage:

  • Designed to facilitate optimal water flow, reducing the risk of blockages and ensuring effective drainage in bath applications.

• User-Friendly Design:

  • The pop-up waste feature enhances user convenience, allowing for quick and easy operation without the need for additional tools.

• Hygienic Solution:

  • Effectively manages water drainage and overflow, contributing to a clean and pleasant bathroom environment.

Recommended Applications

• Residential Bathrooms:

  • Ideal for home bathrooms, providing reliable drainage solutions for bathtubs with added convenience.

• Commercial Settings:

  • Suitable for use in commercial environments such as hotels and spas, where effective drainage and user-friendly features are essential.

Summary

The McAlpine HCN3165UK1M 1.5" Bath Trap with Pop-Up Waste and Filler Extension Overflow is a practical and efficient solution for managing drainage in bath applications. Its durable construction, user-friendly design, and filler extension functionality make it an excellent choice for both residential and commercial settings, ensuring optimal performance and hygiene in various environments.