M20-2.5 x 130mm Flat Head Cap Screw (DIN7991), Coarse, Partial Thread, Grade 12.9 Alloy Steel, Black Oxide Finish

Socket Flat Head Screws The M20-2.5 x 130mm Flat Head Cap Screw (DIN7991) by MROSupply Fasteners is engineered for exceptional strength and reliability in various industrial applications. Constructed from Grade 12.9 Alloy Steel, this fastener is designed to withstand high-stress environments, making it an essential component for reliable assembly and secure fastening. ## Key Features • **Size and Threading:** M20-2.5 diameter with a length of 130mm, featuring coarse threading for optimal grip in various substrates. • **Material Construction:** Manufactured from high-quality Grade 12.9 Alloy Steel, ensuring superior tensile strength and durability. • **Finish:** Comes with a black oxide finish, providing excellent corrosion resistance while maintaining a sleek appearance. • **Design:** Flat head design allows for flush mounting and improved aesthetics in applications where appearance matters. • **Standards Compliance:** Meets DIN 7991 specifications, guaranteeing adherence to industry standards for quality and performance. ## Applications • **Industrial Machinery:** Ideal for use in assembling heavy machinery where high torque and reliability are required. • **Construction:** Perfect for structural applications, including fastening components in buildings and infrastructure projects. • **Automotive:** Widely utilized in automotive assembly lines for securing parts and components under high-stress conditions. ## Benefits • **Enhanced Strength:** Grade 12.9 Alloy Steel provides superior load-bearing capabilities, making this screw suitable for demanding applications. • **Corrosion Resistance:** The black oxide finish helps protect against environmental factors, extending the lifespan of the fastener. • **Versatile Use:** Suitable for a variety of applications across multiple industries, ensuring functionality and reliability in diverse settings. --- *Product information compiled with AI assistance for reference purposes.*