2Pcs Stainless Steel Floor Drain Filter Popup Design Bathroom Sink Stopper Hair Catcher with Rubber

Feature: 1. Stainless Steel: This Stainless Steel Floor Drain Filter is designed to catch hair and prevent clogging in bathroom sinks. It features a popup mechanism for easy opening and closing of the drain and a removable stainless steel filter basket for convenient cleaning. 2. Easy to Use and Clean: The stainless steel floor drain filter is made with a brass core construction for durability and longevity. Easy to install by simply replacing the old sink plug with a new one. Cleaning is also a breeze as you simply remove the filter basket and rinse it under running water. 3. Popup Design: The popup bathroom sink drainage filter is equipped with an anti clogging basket inside, which combines the plug and filter to store water and prevent valuable items such as hair and jewelry rings from entering. The detachable expansion basket provides additional space to collect debris, making cleaning easier. 4. Easy Installation: Simple installation, anyone can install the popup drain! Just take out the old one and simply fit our sink drain strainer with the O ring, and place it into the drain hole. No need for a plumber or any tools. When cleaning, just remove it and rinse under running water, then use a soft brush or soft cloth to remove any stubborn debris. No more digging through hair and gunk to clear your drain! 5. Suitable for Various Sink Holes: This stainless steel floor drain filter is suitable for 99percent of sink holes, with an inner diameter range of 1.02 inches to 1.2 inches. It can be used in washbasins, bathroom sinks, and shower tubs. It comes with two sizes of rubber rings (34mm/1.34in and 40mm/1.57in) to ensure a tight fit with various drainage sizes. Specification: Item Type: Floor Drain Filter Material: 304 Stainless Steel, Copper, ABS Size: Approx. 6x8cm / 2.4x3.1in Gross Weight: 128g/4.5oz. Package List: 2 x Floor Drain Filter2 x Rubber Ring Note: All data are measured manually, and there are certain errors in the measurement results.