Infrared Sensor Taps are a type of faucet based on infrared automatic sensing technology. Through a built-in infrared receiver and control module, they trigger water flow when a hand or object is detected approaching, and automatically stop when the hand or object moves away. They primarily enhance the convenience of daily water use, reducing direct contact between the user and the faucet for a cleaner and more hygienic experience. These products are typically made of metal materials such as stainless steel or brass, with surface treatments to improve appearance and durability. Their structure is often one-piece or modular, combining a stable water circuit layout and electronic components to maintain a good user experience in various environments. For users, this is an automated faucet solution that is easier and smoother to use, while maintaining a clean and hygienic environment, meeting the demands of modern buildings for convenient operation and a clean environment.

1. Agile Sensing:

The Infrared Sensor Tap utilizes a high-sensitivity infrared module with a sensing distance of approximately 10–18 cm. Accuracy can be fine-tuned via a controller to suit various environmental conditions. Its built-in electronic valve, with a response time of approximately 0.3 seconds, reduces false triggering through precise opening and closing control, making it suitable for public and commercial environments requiring rapid response. Materials include Brass and SUS304 stainless steel, with polishing, chrome plating, or spray coating processes ensuring stable readings for the sensor window and main structure over long-term use. All electronic components undergo humidity resistance testing to ensure reliable sensing performance even in high-humidity bathroom environments.

2. Water-Saving Structure:

The internal DC low-power control system operates on DC 6V or an AC adapter, maintaining a stable flow rate of 1.0–1.5 GPM (adjustable according to water regulations). The Infrared Sensor Tap's automatic start/stop design precisely controls water flow based on user actions, effectively reducing unnecessary water waste. Some models are eligible for WaterSense certification, achieving internationally recognized water-saving efficiency. The flow-limiting components in the structure are fixed by a metal filter element, ensuring uniform water output even under continuous use.

3. Safe Materials:

The main body of the product supports Brass, SUS304, and optional Zinc Alloy materials, complying with NSF and LEAD FREE standards. Lead leaching is controlled below regulatory requirements, making it suitable for building environments with high water quality requirements. The Infrared Sensor Tap outer surface offers multiple treatments such as Chrome, Brushed Nickel, and Matte Black. All surfaces have passed salt spray testing, achieving a corrosion resistance rating of 48–96 hours. A multi-layer electroplated structure enhances abrasion resistance, maintaining surface stability under long-term contact, cleaning, and humid environments.

4. Stable Valve Body:

The infrared faucet uses a ceramic valve core or solenoid valve structure. The valve body has a lifespan of up to 500,000 test cycles, meeting international bathroom durability standards. The water pressure adaptability range is between 0.05–0.8 MPa, meeting the stable operating needs of water supply systems in different regions. The Infrared Sensor Tap features a partitioned internal water circuit design, resulting in smoother valve operation and reducing vibration or lag after prolonged use. Waterproof seals are installed around the valve body to enhance the overall moisture resistance of the electronic control system.

5. Adjustable Appearance:

The Infrared Sensor Tap supports customization of size, color, and installation method. Color options include Chrome, Matte Black, and Brushed Gold, catering to various architectural styles. All exterior components undergo precision inspection to ensure smooth lines and surface flatness after installation. Surface treatments such as Polishing, Plating, or Painting maintain consistent brightness under different lighting conditions. Customizable appearance allows the factory to produce corresponding specifications based on project scale, improving overall deployment efficiency.

1. Commercial Restrooms:

Infrared Sensor Taps are suitable for frequently used handwashing areas in commercial restrooms. Automatic sensor-activated water dispensing reduces hygiene risks associated with user contact with faucets and facilitates maintaining overall cleanliness. In high-traffic commercial spaces, automatic on/off functionality reduces water waste and lowers management costs. The materials and surface treatments are suitable for high-humidity environments and frequent cleaning, maintaining a unified and modern style.

2. Medical Institutions:

In medical institutions' disinfection areas, Infrared Sensor Taps help reduce the risk of cross-contamination through non-contact water dispensing. Their rapid sensing capabilities meet the efficiency requirements of healthcare workers during cleaning and preparation processes. Materials meeting certifications such as LEAD FREE support stringent hygiene standards. Installation improves overall hygiene management and provides staff with a more consistent operational experience in daily routines.

3. Hotel Guest Rooms:

Infrared Sensor Taps can be integrated into the handwashing areas of hotel guest rooms, making the guest experience more convenient and modern. The automatic water dispensing design reduces guest contact with surfaces, maintaining a clean and hygienic feel. Available in a variety of colors to match the overall décor of a hotel, creating a more unified bathroom atmosphere. Stable water pressure adaptability ensures smooth operation across different floors and water supply conditions.

4. Airport Public Areas:

Airport public areas experience high traffic flow, demanding high durability and responsiveness. The Infrared Sensor Tap maintains stable opening and closing even under frequent use, improving overall traffic efficiency through its rapid sensing design. Its metal construction and corrosion-resistant surface are suitable for high-intensity cleaning and long-term use environments. Its automated features offer advantages in maintenance and management, reducing human error.

5. School Buildings:

School restrooms require durable, safe, and water-saving faucets, which the Infrared Sensor Tap meets. Automatic water dispensing makes it easier for students to keep handwashing areas clean and tidy. Its low-power design reduces overall water bills, allowing schools to lower costs in the long run. The stable valve structure also withstands high-frequency use by students.