Cauldham Black Wood Screws #9 x 2-1/4 Inch for Door Hinges - 25 Pack

Cauldham Black Wood Screws #9 x 2-1/4 Inch for Door Hinges - 25 Pack

Heavy-duty: Made with top grade solid alloy steel for strength and durability, these screws are tough enough to hold solid-core, fiberglass, wood, metal, interior, exterior, residential &commercial doors. Superior finish: Designed to match the most popular hinge finishes on the market, these corrosion-resistant screws will help maintain a professional and stylish appearance while color matching your black hinges. Perfect fit: The partially threaded design combined with 14 threads per inch ensures a perfect fit for maximum strength and security. Specifications: No. 9 x 2 ¼” partially threaded screws packed 25 per pack for added convenience. Easy installation: Quickly and easily installed using a standard Philips head screwdriver. Whether your project is renovating an existing set-up or for new construction, interior or exterior, these heavy-duty hinge screws from Cauldham provide the utmost in performance and durability. Crafted from a precision top-grade alloy steel, these screws feature a stunning, corrosion-resistant finish and are superior in tolerance, concentricity, and straightness. Boasting a self-drilling tip, each of these top-grade screws use a standard flat head that requires a Philips Head screwdriver or bit for a quick and easy installation. Color matched to the most common door hinge finishes, these screws will maintain a professional and stylish appearance when upgrading your home. These screws are perfect for securing hinges on doors, cabinets, and other furniture as well as any other project needing a top-grade wood screw. These No. 9 x 2 ¼” wood screws are partially threaded to create a much better and stronger fit, increasing the security of your doors. Each set includes 25 screws, ensuring you have plenty for multiple projects. Cauldham is the premier source for professional-grade hardware and fixtures that combine stylish design with exceptional construction and durability.