PRODUCT FAQ
Sensor Precision, Mixing Stability & Structural Durability
A touchless faucet must ensure precise infrared activation, stable mixed-water delivery,
corrosion-resistant construction, and reliable shutoff performance under continuous use.
How does the sensor maintain consistent activation without false triggering?
The Chatillon uses infrared proximity sensing that detects reflected signals from hands rather than ambient motion, minimizing false activation. This ensures stable triggering only within the intended detection zone while maintaining consistent response timing across repeated cycles.
How is temperature stability maintained in a touchless configuration?
The faucet integrates a ceramic valve core with hot and cold mixing capability. This allows smooth internal modulation of flow while maintaining seal integrity, reducing pressure fluctuation effects and ensuring consistent mixed-water output during operation.
What makes brass construction critical for long-term sensor faucet performance?
The solid brass body provides dimensional stability, corrosion resistance, and internal alignment support for the sensor and valve assembly. This prevents micro-misalignment over time, which is critical for maintaining sensor accuracy and leak-free sealing in high-use environments.
How does the faucet design contribute to water efficiency and hygiene?
The automatic shutoff system ensures water flows only during active use, eliminating idle flow. Combined with infrared activation, this reduces cross-contamination while maintaining controlled discharge, supporting both hygiene compliance and reduced water consumption.
