Ultra - Thin Magnetic Cabinet Latch Set - Pack of 4 (4PCS)

🔒 Cabinet Magnetic Catch 4 Pack offers an innovative solution for keeping your cabinet doors and drawers securely closed while maintaining a sleek, unobtrusive appearance.

📏 Ultra Thin Design
At just 3.65 mm in thickness, these magnetic catches are designed to blend seamlessly into your cabinetry. Despite their slim profile, they boast impressive magnetic force of up to 10 lbs, ensuring that cabinet doors, drawers, lids, sliding wardrobe doors, and even duette blinds remain firmly closed. Whether you need them for kitchen cabinets, bathroom storage, or locker doors in a caravan, these magnetic catches are versatile enough to meet various needs.

🔒 Powerful Adhesive
Equipped with robust double-sided adhesive tape, the installation of these magnetic catches is both quick and effortless. Say goodbye to drilling and the potential damage it brings to your cabinets. The adhesive is designed to hold your cabinet doors shut securely, allowing for a clean installation that keeps your cabinetry looking pristine. For optimal adhesion, we recommend waiting 12 hours before utilizing the door or drawer you’ve installed the catch on, allowing the adhesive to fully bond to the surface.

🧲 Powerful Magnetic Force
These magnetic catches are expertly designed to accommodate frequent use. With a single strong magnet, they effectively keep kitchen cabinet doors and drawers closed, making them ideal for applications where traditional latches or hinges may underperform. Enjoy the convenience of having a simple yet effective solution to the common problem of open cabinet doors.

🔩 Long-Lasting Durability
Crafted from high-quality metal materials, these flat magnets resist corrosion and cracking, providing enduring performance far superior to plastic alternatives. Included in your package are stainless steel mounting screws, ensuring that your installation is both secure and reliable. You can trust that these magnetic catches will not only function effectively but will also stand the test of time in any environment.