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automatic sensor faucets


Touch vs Touchless Faucet





One of the new technological that continue to improve is the touchless faucet and the automatic soap dispensers vs manual faucets and manual soap dispensers. Just bring your hand and water or soap will run or dispense automatically! a hygienic way to avoid the germs on faucet and soap dispenser handles, which has been scientificaly proven to be highly infested with bacteria. These type of electronic faucet and automatic soap dispensers vs the manual ones has a proximity sensor which opens the valve to allow water or soap to flow when it detects the presence of a hand. As soon as the hand is no longer sensed, the valve closes and the flow stops. This sensor, in most cases, is the infrared sensor that detects infrared rays emitted from hands.

Touch faucets require physical contact to activate the water flow, typically by pressing a handle or lever. They have been widely used in commercial settings for many years and offer familiarity to users. Touch faucets can be a suitable choice when cost is a consideration or in environments where touchless technology may not be necessary. On the other hand, touchless faucets utilize sensor technology to detect the presence of hands and automatically activate the water flow. They offer several advantages in commercial restrooms.




Enhanced Hygiene: Touchless faucets minimize the spread of germs and reduce the risk of cross-contamination since users don't need to touch the faucet handles. This is especially crucial in high-traffic areas where maintaining optimal hygiene is essential. Water Conservation: Touchless faucets are designed with built-in sensors that control water flow based on user presence. They provide water only when needed, preventing wastage and promoting water conservation. Convenience and Accessibility: Touchless faucets offer a convenient and user-friendly experience. They are particularly beneficial for individuals with limited mobility or those carrying items, as the water flow is automatically activated without the need to manipulate handles or levers.

What are the different types of touchless faucets and Automatic Soap Dispensers?

All touchless faucets have similar features and mostly the different types differ in terms of the material used to make them. The various types of touchless faucets vs automatic soap dispensers are: Touchless Hybrid Energy Cell-Powered Commercial Bathroom Sink Faucet with Insight Technology are available.

  • Solid brass faucets

As the name suggests, these electronic faucets are made up of brass. These faucets do not rust easily so are durable and might be particularly necessary in places where water is considered 'hard' and risk of rusting is greater.

  • Brass and chrome coated electronic faucets

The brass and chrome coated faucets are made of zinc which is coated with brass. This coating lowers likelihood of corrosion and also makes the appearance more attractive. The problem with this type of faucet is, however, that it is not very good for hygiene. The brass wears out over time and this exposes the zinc to corrosion risk.

  • Plastic faucet

These faucets, although cheaper than most other types, are less durable and more likely to break or wear off.

  • Stainless steel faucet

As long as the surface is not scratched, the stainless steel faucet will not corrode. This type of faucet is ideal for all kinds of sinks.

Features of touchless faucets and electronic soap dispensers :


  • Sensor

The sensor in a touchless faucet is typically located at the base or the lip of the spout. It is a presence sensor (not a motion sensor) that detects the presence of hands under the spout and turns the water on until the hands are no longer detected. Most sensors are infrared sensors that detect infrared rays from your hands while others use ultrasonic field sensors to indicate when the field is disrupted by your hands.

  • Solenoid valve

The sensor controls the solenoid valve, which is a solenoid-activated diaphragm valve. It uses a rubber like disk to control flow of water. When a hand is detected by the sensor, the solenoid pulls open the valve and the water begins to flow.

  • Power source

The power source needed for a touchless faucet can be either in the form of dry-cell batteries or a low-voltage current from an AC transformer. Electricity is needed to run the sensor, the valve and the control electronics

  • Spouts

The spouts in touchless faucets hold the working parts together. Spouts come in various shapes and styles and play a role in designs. Here are some of the different styles of spouts:

Commercial Sensor FaucetTouchless Commercial Sensor FaucetSensor Faucet Touchless Commercial Sensor Faucet Commercial/hotel Sensor Faucet

What are the benefits of touchless faucets?

  • They help conserve water

The touchless faucet is environmentally friendly. They help conserve water by automatically tuning off once it no longer detects the hand. At the same time, this feature will lower your water bills.

  • These electronic faucets prevent spreading of germs

These faucets are more hygienic and better for health than others types of faucets. Germs linger on the facet and if you have to touch the faucet to turn it off, you are likely to catch them.

  • The faucet will remain clean and spotless

If you don't have to touch the faucet with dirty hands, it will remain spotless unlike the traditional faucets; particularly in kitchens, that can get visibly dirty.

Where can touchless faucets be used?
Automatic electronic faucets are commonly used in public washrooms at airports, train stations or hotels. Use of such faucets in places like these will reduce risk of germ transfer and also prevent water wastage. Kitchens and washroom of private residencies might also use these electronic faucets where its sensor helps prevent faucets from getting visible dirty.

Durability and ease of use
The stainless steel and brass touchless faucets are the most durable types. They do not rust easily. Other types are also less likely to get damaged and need repair because they do not involve taps that need to be turned on and off which could get them damaged during the process. These are also much easier to use than other types of faucets.

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