Value Collection R55000160 No. 12 Self Drilling Screw

Product Description

The VALUE COLLECTION R55000160 is a No. 12 self drilling screw designed for fastening applications where a pre-drilled pilot hole is not practical. Featuring a hex washer head and hex drive, this screw delivers positive torque transfer and a wide bearing surface that resists pull-through. The No. 3 drill point bores through light-gauge metal and similar substrates without a separate drilling step. Constructed from Grade 410 stainless steel, it provides reliable corrosion resistance in moderate-exposure environments. Length under head is 1.5 inches. Sold in a minimum order quantity of 100 pieces per order.

This screw is suited for sheet metal work, HVAC duct assembly, light structural attachment, and general trade fabrication where a self-tapping, self-drilling fastener is required. The hex washer head is compatible with standard nut drivers and magnetic hex bit sockets commonly used by HVAC technicians, sheet metal workers, and general contractors. Applications typically include joining light-gauge steel panels, equipment enclosures, and metal framing components.

Key Features

• No. 3 drill point drills and taps in a single operation on light-gauge metal
• Hex washer head provides wide bearing surface to resist pull-through
• Hex drive accepts standard nut drivers and hex bit sockets
• Grade 410 stainless steel construction for corrosion resistance
• 1.5 inches length under head suits typical sheet metal and light structural fastening
• Inch measurement system for compatibility with standard US trade tooling

Compatibility

Designed as an OEM-style replacement and general-use fastener for light-gauge metal assembly applications typical in HVAC, sheet metal, and general construction trades.

Installation Notes

Installation is performed with a standard hex nut driver or power drill fitted with a hex bit socket sized for a No. 12 hex washer head screw. Apply consistent axial pressure when driving to allow the drill point to engage the substrate before threads begin to cut. Avoid over-torquing, which can strip the threads or distort the mating material. Follow applicable building and mechanical codes for fastener selection and spacing requirements.