Neoperl Smart Lime Care 0.35 gpm, PCA Spray Male Regular bathroom faucet aerator

SLC Silicone tip. Tired of lime build up on your aerator? Rubbing out lime has never been so easy!

Now you can rub out the lime when switching to a NEOPERL® SLC® aerator. SLC inserts have a flexible, silicone tip. Simply rubbing the silicone tip eliminates lime build-up to maintain stream quality. Cascade aerated stream, soft, white and avoids splashing. Easy Cleaning silicone end tip great for lime removal.

This Ultra Low Flow Pressure compensating Spray stream produces a mini shower pattern and non-splashing. High efficiency faucet aerator with a spray style stream. This aerator produces a clear Spray stream and increases rinsing force with low fow water use. They are the usual choice for commercial bathroom faucet applications. Use optional Gray 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 optimum performance at the prevailing line pressure in your country
- controls the stream straightness and diameter reduce splash and eliminating side spray
- saves water and reduces energy costs
- Helps you meet local plumbing codes and standards

Features:

• Ultra Low Flow Rate | 0.35 gpm
• PCA Multi Laminar non-aerated spray pattern
• Domed inlet screen for maximum aerator life 
• Easy Clean bottom. Easy to install
• Standard Size SLC Male Thread 15/16"

Specifications

• Male regular size chrome housing 15/16"-27 threads
  
• Unique silicone bottom inhibits lime build up.
• Pressure compensating for constant flow from 20 to 80 psi.
• Provides non-splashing, non-aerated spray. Anti-clogging dome screen filters sediment and particles.
  
• Brown 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