Value Collection 30292LF Dual Thread Faucet Aerator 0.5 Gpm

Product Description

The VALUE COLLECTION 30292LF is a dual thread faucet aerator rated at 0.5 GPM, designed as a direct replacement component for standard residential and light commercial faucets. The aerator threads onto the faucet spout and introduces air into the water stream, reducing flow volume while maintaining usable pressure at the tap. Its dual thread design accommodates both male and female spout threads, eliminating the need to identify thread orientation before installation. The chrome finish provides corrosion resistance and blends with standard faucet hardware. At 0.1 pounds, the unit is lightweight and compact for quick swaps during routine service calls.

This aerator is suited for use with most standard faucets in residential kitchens, bathrooms, and light commercial restroom applications. Plumbers and maintenance technicians commonly install this part during faucet service, flow restriction upgrades, or water-conservation retrofits where a low-flow 0.5 GPM output is required. The dual thread configuration makes it a practical stock item for service vans handling a range of faucet brands and spout styles.

Key Features

• 0.5 GPM flow rate supports water-conservation requirements
• Dual thread design fits both male and female faucet spout threads
• Chrome finish for corrosion resistance and compatibility with standard faucet aesthetics
• Lightweight at 0.1 pounds for easy handling and installation
• Sold individually as a single-unit replacement part

Compatibility

Designed as an OEM-style replacement aerator compatible with most standard faucets using dual thread spout connections.

Installation Notes

Installation is typically performed by a licensed plumber or qualified maintenance technician. Shut off the water supply to the faucet before removing the existing aerator. Use a cloth or aerator wrench to avoid scratching the chrome finish during removal and installation. Hand-tighten first, then snug with a tool — do not overtighten, as aerator housings can crack under excessive torque.