DIN 7982 Countersunk Sheet Metal Screw M2.5x12mm

Product Description
The DIN 7982 M2.5x12mm Sheet Metal Screw represents precision engineering at its finest. This professional-grade fastener is manufactured to exact DIN specifications, ensuring consistent quality and reliable performance. Featuring a length of 12mm and M2.5 threading, this screw is ideally suited for sheet metal applications where secure fastening is paramount. The standardized design guarantees compatibility across various industrial applications, while strict adherence to DIN standards ensures optimal durability and strength. This fastener exemplifies our commitment to providing superior quality hardware solutions for professional applications.

Product Scenario
The DIN 7982 Sheet Metal Screw (M2.5x12mm) represents precision engineering at its finest, offering reliable fastening solutions for professional applications. This meticulously crafted screw features optimal thread geometry and a precise M2.5 diameter with 12mm length, ensuring consistent performance in sheet metal assemblies. Manufactured to strict DIN standards, this fastener delivers superior holding power and durability. Its professional-grade construction makes it an ideal choice for industrial applications where reliability and consistency are paramount. The screw's specifications conform to international quality standards, providing engineers and technicians with a dependable fastening solution for their critical assembly requirements.

Product Advantage
The DIN 7982 M2.5x12mm sheet metal screw represents precision engineering excellence in fastening solutions. This meticulously manufactured screw features optimal thread geometry and superior material composition, ensuring reliable performance in sheet metal applications. Engineered to meet stringent DIN standards, this fastener delivers consistent threading engagement and exceptional holding power. The M2.5 diameter combined with 12mm length provides ideal proportions for a wide range of assembly requirements, while maintaining structural integrity under various load conditions.