Stainless steel corner brackets — robust, easy to fit, reliable hold Key benefits Heavy-duty material: Made from thickened stainless steel for long-lasting strength and reliable support under load. Secure fastening: Universal corner connectors supplied with screws to create stable joints for furniture, frames and mounts. Corrosion-resistant performance: Stainless steel construction resists rust and maintains integrity for indoor and damp-area use. Fast, simple installation: User-friendly design allows quick mounting with basic tools — ideal for DIY and professional repairs. Versatile use: Works as furniture brackets, corner braces, wall-mount supports and general-purpose connectors. What this product does for you Reinforces weak or wobbly corners to extend the life of cabinets, shelves and tables. Provides dependable load-bearing support where two panels meet, preventing deformation and sagging. Allows quick strengthening or reassembly of furniture without replacing parts. Key attributes Material: Thickened stainless steel for durability and corrosion resistance. Compatibility: Universal corner connector design fits most furniture and framing joints; supplied with screws for immediate installation. Function: Corner brace, furniture connector, wall mount support and general stabilizer. Performance: High-strength construction designed to withstand elevated loads and deliver steady, long-term hold. Typical applications Reinforce bookshelf or cabinet corners to eliminate wobble and improve load capacity. Secure wall-mounted shelves or small cabinets where a compact, strong corner brace is needed. Repair or strengthen furniture joints (tables, chairs, frames) during assembly or refurbishment. Installation notes Screws included for straightforward assembly; only basic tools required. Position bracket at the corner, mark pilot holes, then screw into place for a secure, stable joint. Durable, practical corner connectors designed to deliver dependable support for furniture and wall-mounting projects without complicated installation.