
Lqs Kitchen Sink, Workstation Kitchen Sink, 33 X 22 Drop In Kitchen Sink, Black Single Bowl Kitchen Sink With Accessories,
$384.76
Frequently Asked Questions
- Q: What are the dimensions of the Black Drop In Sink? A: The Black Drop In Sink has exterior dimensions of 33" (L) x 22" (W) x 9" (H) and interior dimensions of 30" (L) x 16" (W) x 9" (H).
- Q: What material is the sink made from? A: The sink is constructed from premium 16 gauge T304 stainless steel, known for its durability and resistance to dents and rust.
- Q: How does the workstation design improve kitchen efficiency? A: The multi-functional workstation design allows for washing and preparing food directly on the integrated ledge, saving countertop space and keeping the kitchen organized.
- Q: What is the drain opening size for this sink? A: The drain opening size for the Black Drop In Sink is 3.5 inches.
- Q: Is the installation of the sink complicated? A: No, the sink features a drop-in installation method, which is straightforward and user-friendly, particularly thanks to the black stainless steel plating.
- Q: What accessories are included with the sink? A: Included accessories are a cutting board, a roll-up drying rack, a sink grid, a drain assembly with removable basket, a colander, a cutout template, and installation clips.
- Q: How does the sink facilitate easy drainage and maintenance? A: The sink is designed with an X-shaped water guideline that promotes quick drainage and includes a removable basket to effectively separate kitchen residues.
- Q: What technology is used to protect the sink's surface? A: The sink surface is treated with PVD nanotechnology, which enhances scratch resistance and protects against rust and corrosion.
- Q: What minimum cabinet size is required for this sink? A: The minimum cabinet size required for installation is 36 inches.
- Q: Can this sink be used for both washing and food preparation? A: Yes, the workstation design allows for versatile use, enabling both washing and food preparation to be completed efficiently on the integrated ledge.