
Drain Hair Catcher,Drain Stoper,Shower Drain Cover For Bathtub, Kitchen Sink Strainer, Stainless Steel Bathroom Sink, Drain Stop
$9.60
Frequently Asked Questions
- Q: What sizes do the drain hair catchers accommodate? A: The drain hair catchers can fit drain holes ranging from 2.1 inches to 4.5 inches in diameter.
- Q: What materials are used in the construction of the drain stoppers? A: The drain stoppers are made of high-quality 304 stainless steel that is resistant to rust and corrosion, ensuring durability.
- Q: Can this product be used in both kitchen and bathroom sinks? A: Yes, the drain hair catcher is designed to be versatile and can be used in kitchen sinks, bathroom drains, and even bathtub drains.
- Q: How do I clean the drain hair catcher? A: To clean the drain hair catcher, simply wash it with warm soapy water to maintain its mirror finish and ensure optimal performance.
- Q: Does the drain hair catcher have sharp edges? A: No, the design of the drain hair catcher features no sharp edges, making it safe for your hands and sink surfaces.
- Q: What is the purpose of the perforations in the drain catcher? A: The high-density perforations, with 2mm diameter holes, allow water to pass through efficiently while effectively catching hair and debris, preventing clogs.
- Q: Is it easy to install the drain hair catcher? A: Yes, the drain hair catcher is easy to install; simply place it over the drain hole for immediate use without any tools required.
- Q: How often should I replace the drain hair catcher? A: There is no specific timeline for replacement, but inspect the catcher regularly for wear and replace it when necessary to maintain optimal drainage.
- Q: Will the drain hair catcher fit all types of sinks? A: While the drain hair catcher fits most US sink drains, it is advisable to measure your drain hole before purchase to ensure compatibility.
- Q: Is the drain hair catcher durable under heavy water pressure? A: Yes, the tough build of the hair catcher ensures it remains non-deforming and durable even under strong water pressure.