1.5 gpm Junior Female Dual Core PCA Aerated Stream Small Faucet Aerator performance reached at very low pressures

Neoperl Dual Core PCA 1.5 gpm, Pro Junior Aerated Female Threaded faucet aerator

This Low Flow Pressure compensating Aerated stream produces a larger and whiter stream that is soft to the touch and non-splashing.  Aerators introduce air into the water stream to produce a larger and whiter stream that is soft to the touch and non-splashing. They are the usual choice for residential faucet applications. Use optional Red Grip Wrench to remove and install aerator without scratching the finish.

Problem: Water pressure variation.   Solution: Pressure compensation.
An aerator is a key component in the overall performance of the faucet. Here is how you should expect your aerator to perform:

- provides advanced water saving technology
- Reach flow rate at lower pressures best preformance regardless of faucet pressure
- Best use for low pressure aparment buildings, home, condos, office, commercial, public saves water reduces energy costs
- controls the stream straightness and diameter reduce splash by aerating the stream and eliminating side spray

Features:

• Low Flow Rate | 1.5 gpm | WaterSense Listed
• PCA Dual Core Aerated Stream Pressure Compensating
• Domed inlet screen for maximum aerator life 
• Easy to install, no tools required
• Junior size Female 3/4"

Specifications

• Female small junior size housing 3/4"-27 threads 1.5 gpm
  
• Providing much earlier aerated comfortable feel already at 0.2 bar Pressure compensating for constant flow from 20 to 80 psi.
• Integrated anti-liming honeycomb replaces conventional wire mesh screens prone to lime build up.
• PCA® Dual Core® aerators increase the comfort zone: more water flow in combination even at low pressure conditions.
  
• Green Natural Dome, Best quality and performance. NSF 61 approved.

Know Your Aerator:

Click here for "The Aerator Guide"

Click here for Faucet Information

Click Here for Pressure Compensating Information

 New Resources Group | www.nrgideas.com