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An aerator serves the following purposes:
An aerator serves the following purposes:
* prevent splashing
* prevent splashing
* shaping the water stream coming out of the faucet spout
* shaping the water stream coming out of the faucet spout {{Clarify|date=26 January 2014}}
* [[water conservation]] and reduction in energy costs
* [[water conservation]] and reduction in energy costs
* reducing faucet noise
* reducing faucet noise {{dubious|1=Reducing Faucet Noise|date=January 2015}}
Faucet aerators are often used in homes with low water pressure in order to increase the perceived water pressure.
Faucet aerators are often used in homes with low water pressure in order to increase the perceived water pressure.



Revision as of 14:51, 26 January 2015

An aerator attached to a sink tap.

A faucet aerator (or tap aerator) is often found at the tip of modern indoor water faucets. Aerators can be simply screwed onto the faucet head, creating a non-splashing stream and often delivering a mixture of water and air.

Function

An aerator serves the following purposes:

Faucet aerators are often used in homes with low water pressure in order to increase the perceived water pressure.

Design and Features

Three major components of an aerator are: housing, insert and rubber washer.

A faucet aerator can be classified on the basis of its flow rate and the type of water stream (aerated, non-aerated, spray) it produces. In general, standard-sized aerators are available with female (M22x1) or male threading (M24x1). Bathtub spouts often have a bigger diameter with a male M28x1 thread. The United States use different thread sizes: 15/16"-27 for standard-sized male and 55/64"-27 for standard-sized female threads.

Using faucet aerators may help meet local regulations and construction standards such as ASME A112.18.1, U.S. Leadership in Energy and Environmental Design (LEED) certifications[1] or WELS (Australia/New Zealand). In Europe, European standard EN246 "Sanitary tapware - General specifications for flow rate regulators" defines the flow rate and noise reduction requirements.

References