4Pcs 38mm x 38mm Triangle Corner Brackets with Screws, Metal Angle Shelf Braces for Desk, Bed, Table, Cabinets, and Shelves(Black)

Product Description: Features: Made from high-quality stainless steel, these triangle corner brackets ensure reliable strength and stability for long-lasting use. The coating not only adds a sleek look but also protects against rust and corrosion, making the brackets ideal for various environments. Perfect for reinforcing and securing furniture joints on desks, beds, tables, cabinets, and shelves in both home and office settings. Designed with pre-drilled holes and provided screws, these metal angle shelf braces allow for quick and easy installation without advanced tools. Product Specifications: Material: Stainless steel Color: Black Size: 38mm/1.5inch height, 38mm/1.5inch width, 54mm/2.13inch length Package contains: 4Pcs Triangle Corner Brackets with 12pcs Screws NOTE: Please allow 1-2mm difference between actual and manual due to manual measurement. The color you actually see may be slightly different due to different displays.

• Package Including: You will receive 4Pcs Triangle Corner Brackets with 12pcs Screws. Corner brace comes with 38mm/1.5inch height, 38mm/1.5inch width, 54mm/2.13inch length, 19mm/0.75inch corner thickness, 1.3mm/0.05inch thickness and 5mm/0.2inch hole diameter.
• Premium Stainless Steel Construction: Built with heavy duty stainless steel, these triangle corner brackets provide exceptional strength and stability for various furniture and shelving needs.
• Corrosion-Resistant Coating: The finish enhances aesthetics while offering excellent rust and corrosion resistance, making the brackets ideal for indoor and outdoor use.
• Versatile Application: Perfect for securing desks, beds, tables, cabinets, and shelves, these angle braces are designed to reinforce furniture joints and ensure long-term durability.
• Enhanced Load Capacity: Engineered for heavy-duty applications, these corner braces provide reliable support for wood, metal, and composite materials, ensuring stability under heavy loads.