Aerator Male Threaded, Chrome

AM Conservation 544290-170 Aerator – Professional-Grade Water Control

The AM Conservation 544290-170 Aerator is engineered to provide controlled flow performance with a 1.5 GPM output, balancing water efficiency with consistent pressure. Designed with a 13/16" male thread, this aerator is suitable for a wide range of standard commercial and residential faucet installations.

Built for durability and long-term service, it ensures reliable operation in demanding environments. The precision design reduces water consumption without compromising functional delivery, making it a dependable choice for contractors requiring efficiency and code-compliant fixtures.

Key Advantages

• Flow Control – Maintains a consistent 1.5 GPM, reducing waste while ensuring proper fixture performance.
• Durable Build – Constructed for long-term use in both commercial and residential applications.
• Standard Fit – Male-threaded 13/16" connection compatible with most faucets.
• Quality Finish – Chrome plating resists wear and maintains a clean appearance.

Technical Specifications

• Thread Size: 13/16" male
• Flow Rate: 1.5 GPM
• Material: Durable construction with chrome finish
• Application: Standard faucets in commercial or residential settings

Installation Notes

Installation requires minimal effort and can be completed with basic hand tools. For best results:

• Use an adjustable wrench for tightening
• Apply plumber’s tape if needed to secure a watertight seal

Contractor Use

This aerator is designed to meet professional requirements where efficiency and reliability are critical. Its straightforward installation reduces time on site, while its compliance with water-saving standards makes it an appropriate choice for both retrofit and new construction projects.

Summary

The AM Conservation 544290-170 Aerator delivers consistent flow performance, durability, and water efficiency. With its standard sizing, robust design, and chrome finish, it provides contractors with a reliable solution for faucet installations requiring both functionality and conservation.