SIM Supply, Inc.

Brushed nickel swivel spray Aerator. 2 GPM (gallons per minute) flow rate at 60 psi (pounds per square inch). Fits most faucets. Conveniently directs water and aerates.

Brushed nickel dual thread aerator. 55/64" x 27 thread or 15/16" x 27 thread. Fits most faucets.

Expanding internal clamp provides universal fit. Can also be used on regular inside or outside threaded faucets or on damaged threads. Chrome. 2.0 GPM. Manufactured to include no more than 0.25%...

Fits most faucets with inside or outside threads and connects 3/4" Female appliance hose to faucet. Replaces existing faucet aerator. Includes: 1 each model No. 402674 snap nipple aerator and 1 each...

Fits kitchen and lavatory faucets with 15/16" diameter Female threads. 2.0 GPM. Manufactured to include no more than 0.25% weighted average lead content on wetted surfaces. White.

Fits faucets with 55/64" x 27 outside threads or 15/16" x 27 inside threads. Aerates and swivels. Brass, chrome-plated. 2.0 GPM. Manufactured to include no more than 0.25% weighted average lead...

Fits faucets with 3/4" outside hose threads. Brass, chrome-plated. Manufactured to include no more than 0.25% weighted average lead content on wetted surfaces.

Solid brass faucet aerator with On/Off switch allows you to set the desired water temperature and easily turns the water On or Off while rinsing dishes, shaving, washing hands, etc. When shut off,...

55/64 Female, 1.5 GPM energy saving aerator. Chrome-plated.

Adjusts from a jet stream to a spray with 1 easy tug. Dual thread aerator adapter fits all types of faucets. Double jointed for maximum spray coverage. 2.0 GPM (gallons per minute). Plastic head with...

Sleek, compact design and universal fit for either kitchen or lavatory faucets. Operates with either spray or stream. Swivels 360 deg. to reach the corner of sinks. Dual thread - 15/16" x 27 threads...

Controls volume to 2.0 GPM (gallons per minute). Brass, chrome-plated. Manufactured to include no more than 0.25% weighted average lead content on wetted surfaces.