Value Collection SMPPI0-700500-050B Sheet Metal Screw

Product Description

The VALUE COLLECTION SMPPI0-700500-050B is a size 7 pan head sheet metal screw with a Phillips drive, designed for fastening sheet metal and light-gauge materials in HVAC, electrical, and general trade applications. The screw measures 1/2 inch in length under the head and is manufactured from Grade 2 steel with a zinc finish for corrosion resistance. The pan head profile provides a low-profile bearing surface suitable for flush or near-flush installations on thin metal panels and ductwork assemblies. This fastener is sold in a minimum order quantity of 50 pieces.

This sheet metal screw is commonly used in residential and commercial HVAC ductwork fabrication and assembly, electrical enclosure installations, and light structural sheet metal work. The Phillips drive accommodates standard hand and power tools used on the job site or in sheet metal shops. The zinc finish offers basic protection against oxidation in typical indoor and conditioned-space environments.

Key Features

• Size 7 thread for reliable bite in light-gauge sheet metal
• Pan head profile delivers a broad bearing surface and low-profile fit
• Phillips drive compatible with standard screwdrivers and power drivers
• Grade 2 steel construction provides adequate strength for sheet metal fastening
• Zinc finish offers corrosion resistance in standard indoor environments
• Length measured under head at 1/2 inch for precise fit in thin-gauge applications

Compatibility

Designed as a standard size 7 pan head sheet metal screw suitable for light-gauge sheet metal assemblies, HVAC ductwork panels, and electrical enclosures where a 1/2-inch Phillips drive fastener is specified.

Installation Notes

Installation is typically performed by HVAC technicians, sheet metal workers, or electricians using a Phillips head screwdriver or a power driver set to appropriate torque to avoid stripping the drive or distorting thin metal. Ensure the workpiece is properly supported and aligned before driving. Avoid over-driving, which can compromise the fastener hold in light-gauge material.