M12-M10 x 20mm Socket Shoulder Screw (ISO7379), Coarse, 12.9 Grade Alloy Steel, Black Oxide Finish

# Fasteners The M12-M10 x 20mm Socket Shoulder Screw (ISO7379) by MROSupply Fasteners is a high-performance fastening solution designed for a variety of industrial applications. Constructed from 12.9 grade alloy steel and finished with a durable black oxide, this socket shoulder screw offers exceptional strength and resistance to wear, making it ideal for demanding environments. ## Key Features • **Material:** Crafted from 12.9 grade alloy steel, ensuring superior strength and durability. • **Dimensions:** M12-M10 x 20mm, providing versatile sizing for various applications. • **Finish:** Black oxide finish enhances corrosion resistance while maintaining a sleek appearance. • **Standard Compliance:** Manufactured to ISO7379 specifications, ensuring compatibility with industry standards. • **Coarse Thread Design:** Facilitates quicker assembly and disassembly while providing a secure hold. ## Applications • **Machinery Assembly:** Ideal for fastening components in machinery and equipment across various industries. • **Automotive Manufacturing:** Suitable for use in automotive applications where strength and reliability are critical. • **Construction and Maintenance:** Perfect for structural applications requiring robust fastening solutions. • **Compatibility:** Designed to work seamlessly with M10 components, enhancing versatility in assembly. ## Benefits • **High Strength:** The 12.9 grade alloy steel construction ensures high tensile strength, making it suitable for heavy-duty applications. • **Corrosion Resistance:** The black oxide finish protects against rust and oxidation, extending the lifespan of the screw. • **Ease of Use:** The socket head design allows for easy installation and removal, saving time on maintenance tasks. • **Reliability:** Manufactured to meet rigorous industry standards, ensuring consistent performance and safety in applications. --- *Product information compiled with AI assistance for reference purposes.*