S-95616A207 Length 2 1/2" Drywall Screws

Key Features & Benefits at a Glance

• Enhanced corrosion resistance with specialized coating for long-term reliability in humid environments
• Superior thread engagement with 15 threads per inch and 2" minimum thread length for maximum holding power
• Streamlined installation with Phillips No. 2 drive providing secure tool engagement and reduced cam-out
• Optimized material penetration through thread forming design that creates strong, permanent fastening in drywall and sheet metal
• Flush finishing capability with standard flat head profile that sits perfectly flush with material surfaces
• Reduced material splitting with partially threaded shank design that minimizes stress concentration
• Compliance assurance meeting RoHS 3 and REACH environmental standards for safe professional use

Professional Applications & Engineering Value

These No. 8 drywall screws are engineered specifically for demanding drywall and sheet metal applications where corrosion resistance and holding strength are critical. The corrosion-resistant coated steel construction prevents rust formation in interior environments, while the thread forming design creates strong, permanent threads in materials without pre-drilling. The 15 threads per inch configuration and 2" minimum thread length ensure maximum engagement in various material thicknesses up to 0.036". The Phillips flat head design allows for flush installation, creating smooth surfaces ready for finishing. These features combine to deliver reliable performance in commercial construction, residential remodeling, and HVAC installations where fastener integrity directly impacts project quality and longevity.

Specification Summary & Compliance

Manufactured to precise dimensional standards with 0.164" thread diameter and 2 1/2" overall length. Features right-hand threading with partial threading configuration and pointed tip for easy starting. Compliant with RoHS 3 (2015/863/EU) and REACH (EC 1907/2006) environmental regulations, ensuring safe use in professional applications. The thread forming tapping method provides consistent performance across various material densities while maintaining structural integrity.