draw locks

Common materials include plastic housings — typically ABS or ABS/PC blends — and metal components such as steel alloy or stainless steel for latches, bolts, and strike plates. Material choice affects durability and corrosion resistance.

Supported panel thickness varies by model. Many magnetic childproof locks fit cabinet doors up to about 2 inches thick, while some electronic RFID modules list support for panels roughly 0.47 to 1.2 inches thick. Always check the specific product specs for exact fit limits.

Keyless electronic drawer locks commonly run on batteries (for example, four AAA cells) and many models also offer a wired USB or USB-C input for continuous power. Battery life varies by model and usage; manufacturers typically quote battery life in number of cycles or expected runtime.

Most drawer and cabinet lock options are designed to be concealed inside the cabinet or drawer so they are invisible from the outside, preserving the furniture’s appearance while securing contents.

Passive magnetic catches use neodymium magnets to hold doors closed without power, requiring no batteries or wiring. Electronic RFID/NFC locks use cards, fobs, or phone taps to authenticate users and trigger a motor‑driven bolt; they require power and support programmable credentials and electronic control.