Water-saving technologies for aerators
From entry-level to premium design faucets and solutions for global markets, Neoperl’s water-saving technologies help you combine reduced water consumption with outstanding stream performance and user comfort. From simple flow restrictors to advanced flow regulator technologies, we offer the ideal solution to meet your requirements for efficiency, performance, and regulatory compliance.
Top performance even at low pressure
Aerators with Integrated PCA Dual Core Flow Regulator Technology
PCA Dual Core technology builds on the proven benefits of PCA technology while providing enhanced performance at low water pressures. The result is a full, pleasantly aerated spray pattern, even when supply pressure is limited.
Benefits for OEMs / manufacturers
- Full, aerated spray performance even at low pressure levels
- Nominal flow rate achieved from as little as 0.7 bar
- Ideal for faucets with restrictive designs and/or low system pressure
- Suitable for a wide range of target markets and operating pressure conditions
PCA Dual Core aerators are the ideal solution whenever maximum performance and global applicability are required.
Reliable flow performance regardless of pressure fluctuations
Faucet aerator with integrated PCA flow regulator technology
The PCA technology ensures a nearly constant flow rate across a wide pressure range. As a result, water consumption and stream performance remain largely constant even when line pressures fluctuate.
Your advantages as an OEM / manufacturer:
- Reliable stream performance regardless of supply pressure
- Enables compliance with international standards
- Ensures consistent water distribution, for example, in washbasins arranged in rows
PCA aerators offer an ideal combination of water saving and comfort, particularly for markets with varying pressure conditions.
The solution for reliable pressure conditions
Faucet Aerators with Flow Restriction
If pressure conditions in your target market are largely constant, a flow restrictor offers a simple way to reduce water consumption.
The flow rate is determined by the size of the flow bore and the applied water pressure. As a result, the flow rate increases at higher pressures and decreases at lower pressures.
Ideal for:
- Markets with stable pressure conditions
- Cost-optimized valve designs
- Applications with defined operating conditions
Note
In the event of severe water reduction, temperature fluctuations may occur as a result of pressure fluctuations, depending on the type of mixer faucet and sanitary system. In these circumstances, please select a higher flow rate category.
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