1/4"-20 x 5" Carriage Bolt, Coarse, Full Thread, Stainless A4 (316 18-10)

# Fasteners ## Overview The **1/4"-20 x 5" Carriage Bolt** from **MROSupply Fasteners** is a high-quality fastening solution designed for a variety of applications in maintenance, repair, and operations (MRO). Manufactured from **stainless steel A4 (316 18-10)**, this carriage bolt is engineered to provide exceptional strength and corrosion resistance, making it suitable for use in both indoor and outdoor environments. The full thread design ensures a secure grip and reliable fastening, meeting the demands of various industrial applications. ## Key Features • **Material:** Constructed from stainless steel A4 (316 18-10) for superior corrosion resistance in marine and high-humidity environments. • **Thread Type:** Coarse thread design (1/4"-20) facilitates quick installation and removal. • **Length:** 5 inches, providing flexibility for various fastening needs. • **Bolt Type:** Carriage bolt design features a rounded head and square neck, preventing the bolt from turning during installation. • **Full Thread:** Ensures maximum engagement and load distribution for enhanced strength and stability. ## Applications • Ideal for use in **construction**, **automotive**, and **marine applications** where corrosion resistance is critical. • Compatible with a variety of materials including wood and metal, making it versatile for different fastening scenarios. • Suitable for outdoor projects, providing long-lasting durability even in harsh conditions. ## Benefits • **Corrosion Resistance:** Stainless steel A4 (316 18-10) construction ensures longevity and reliability in challenging environments. • **Ease of Use:** Coarse threads allow for faster installation, saving time on projects. • **Secure Fastening:** The full thread and carriage bolt design provide a robust connection, enhancing overall project integrity. • **Versatile Applications:** Can be used across multiple industries, making it a practical choice for MRO professionals. --- *Product information compiled with AI assistance for reference purposes.*