When youre fastening metal-to-metal and need speed, precision and a low-profile finish, the Daggerz Self-Drilling Metal Screw with Phillips Pan Head and zinc plating delivers. Its sharp self-drilling #3 point penetrates light-gauge steel without pre-drilling, while the pan head and Phillips drive give clean seating and easy tool engagement. Best suited for dry interior environments, this screw is an efficient, reliable solution for bulk metal-to-metal applications.

Key Features

• Self-Drilling #3 Point: Designed to drill through sheet steel (.033″ to .112″ thickness, 20 to 12 gauge) without pre-drilling.
• Phillips Pan Head: Low-profile head offers broad bearing surface and clean appearance for flush, secure connections.
• Corrosion-Resistant Zinc Finish: Zinc-plated carbon steel resists rust in dry interior settings.
• Bulk Packaging: Available in high-volume pack sizes (such as 15,000 pieces) ideal for contractors and industrial use.
• Optimized for Metal-to-Metal Applications: Provides consistent thread engagement and strong holding power in steel assemblies.

Applications

• Fastening metal panels, HVAC ducts, purlins or brackets to light-gauge steel framing.
• Securing conduit straps, track or channel components in steel stud framing.
• Used in mechanical, electrical, and metal fabrication tasks where flush, low-profile screws are preferred.
• Best suited for dry, interior environments where fast installation and strong holding power are required.

Installation

1. Select the correct screw length and diameter so the point fully penetrates the metal substrate with full thread engagement.
2. Use a power driver with a #2 Phillips bit and adjust torque to avoid overdriving the head.
3. Drive the screw perpendicular to the metal surface until the pan head sits flush and tight against the material.
4. Do not use in exterior or high-moisture environments. This zinc-plated screw is intended for dry, indoor use only.
5. Follow recommended fastener spacing and installation patterns for optimal structural support and performance.