Hex Bolt 1/4" D X 5" L Coarse-Thread, Steel and 45 similar items

Hex Bolt 1/4" D X 5" L Coarse-Thread, Steel Zinc-Plated, 100-ct - Hillman 190057 BRAND NEW AND COMPLETE! THE BOX MIGHT BE SEALED OR OPENED AND INSPECTED. The Hillman 190057 Hex Bolt is a 1/4" diameter x 5" length zinc-plated steel fastener designed for wood-to-wood, wood-to-metal, or metal-to-metal fastening applications. Made from Grade 2 steel and coated with a zinc-plated finish, these bolts offer excellent corrosion resistance for both indoor and outdoor use. The coarse thread design ensures a secure and strong hold for general-purpose fastening tasks, while the hex head allows for easy tightening with a wrench or socket. Key Features Zinc-Plated Finish: Provides corrosion resistance, making it suitable for various environments. Grade 2 Steel: Ideal for most general-use applications, offering a balance of strength and ductility. Coarse Thread: Ensures a secure fit for a wide range of materials, such as wood, metal, and plastic. Hex Head Design: Allows for easy installation with a wrench or socket, providing a tight, secure connection. 100-Pack: Convenient bulk pack of 100 bolts, perfect for large projects or frequent use. Versatile Use: Suitable for indoor and outdoor projects where secure and stable connections are needed. Specifications Material: Steel Finish: Zinc-Plated Grade: 2 Diameter: 1/4" Length: 5" Thread Type: Coarse Head Type: Hex Number in Package: 100 pk Packaging Type: Boxed Item Weight: 7.800 lbs Unit of Measurement: Metric Alternative UPC: 037504810286 The Hillman 190057 Hex Bolt is ideal for securing materials in wood-to-wood, wood-to-metal, and metal-to-metal applications. These Grade 2 bolts are perfect for construction, home improvement, and mechanical repairs, providing reliable fastening for a wide range of materials. Whether used in furniture assembly, electrical installations, or automotive repairs, these zinc-plated bolts offer both durability and a professional finish. Pre-drilling is recommended for the best installation results.