3/8"-16 x 2" Carriage Bolt, Coarse, Full Thread, Grade A Steel, Hot Dip Galvanized Finish

# Fasteners ## Overview The **3/8"-16 x 2" Carriage Bolt** by MROSupply Fasteners is an essential component for a variety of fastening applications in industrial and construction settings. Crafted from **Grade A Steel** and featuring a robust **hot dip galvanized finish**, this carriage bolt is designed to provide strength and durability in demanding environments. With a full thread design, it ensures a secure grip and reliable performance, making it a preferred choice among professionals in the MRO sector. ## Key Features • **Size:** 3/8"-16 x 2" – Ideal dimensions for a range of fastening tasks • **Material:** Grade A Steel – Provides high tensile strength and resistance to wear • **Finish:** Hot Dip Galvanized – Offers excellent corrosion resistance, ideal for outdoor and harsh conditions • **Thread Type:** Full Thread – Ensures maximum engagement and holding power • **Load Capacity:** Suitable for heavy-duty applications, ensuring stability and reliability ## Applications • **Construction:** Perfect for securing wooden structures, metal brackets, and other heavy-duty fittings • **Automotive:** Widely used in vehicle assembly and repair, providing robust fastening solutions • **Manufacturing:** Essential for machinery assembly and equipment maintenance, ensuring longevity and reliability • **Outdoor Use:** Ideal for applications exposed to moisture and environmental elements due to its corrosion-resistant finish ## Benefits • **Enhanced Durability:** The hot dip galvanized finish extends the lifespan of the bolt, making it suitable for long-term use • **Increased Safety:** Full thread design provides a secure hold, reducing the risk of loosening under stress • **Versatile Use:** Compatible with various materials and applications, making it a versatile addition to any toolkit • **Trusted Quality:** Backed by MROSupply's long-standing reputation in the MRO sector, ensuring reliability in every purchase --- *Product information compiled with AI assistance for reference purposes.*