#4 x 1 Black Torx Pan Head Sheet Metal Screws 100 Pack, 304 Stainless Steel 18-8 Self Tapping Screws for Metal & Wood & Plastic, Black Coated, Star/Torx Bit Included

1. Premium Corrosion-Resistant Construction Crafted from 304 stainless steel (18-8 grade), these Torx screws deliver exceptional rust and corrosion resistance, making them ideal for outdoor projects, marine environments, or humid conditions. Their self-tapping design effortlessly penetrates metal, wood, and plastic without splitting or stripping, while the polished finish ensures a clean, professional look. Built to withstand harsh elements, these screws offer long-term durability for both indoor and outdoor applications 2. Torx Pan Head Design for Enhanced Grip & Durability Engineered with a Torx (star) drive system, these pan head screws minimize cam-out and maximize torque transfer, reducing tool slippage and stripped heads. The low-profile pan head sits flush for sleek installations, while the sharp self-tapping tip eliminates pre-drilling, saving time on metal roofing, HVAC assemblies, woodworking, or plastic fixtures. Perfect for professionals seeking efficiency and reliability in high-stress projects

• Thread Size: #4; Thread Length: 1 inch; Torx Drive T10 (Included)
• Head Diameter: 0.22 inch; Head Height: 0.09 inch; Package: 100 - pack
• Made of 18-8 (304) stainless steel, these screws feature a smooth black coating that enhances salt spray resistance for use in harsh conditions, while providing a clean, burr-free matte-black finish
• Anti-Slip Torx Drive Performance: The T20-compatible Torx head minimizes cam-out risks, enabling precise torque control during installation. This ensures secure fastening without damaging sensitive materials, critical for circuit boards, robotics, automotive, delicate electronics and optical equipment
• Low-Profile pan head ensures a sleek, flush finish that eliminates protrusion in confined areas; The wide bearing surface distributes clamping force evenly, preventing surface damage to delicate materials; Ideal for securing components in drones, 3D printer frames, or CNC enclosures, this design optimizes airflow and avoids interference with adjacent wiring or moving parts