BLOGS

Water purifier tanks are made of diverse materials (PP, ABS, AS plastic, Glass), with wall thicknesses typically ranging from 1-10mm. Selection requires matching sensitivity. A non-contact liquid level sensor is not a "universal sticker"; the detection distance must be adjusted according to the diel

Water purifiers with heating or cooling functions create a significant temperature difference inside and outside the tank, making the inner wall highly susceptible to condensation or even water films. This is a fatal interference for optical sensors relying on light refraction, often resulting in fa

With the penetration of IoT technology into water purifiers, simple "on/off" detection is no longer sufficient. OEMs require stable, bounce-free level signals for MCU acquisition. The signal quality of a non-contact liquid level sensor is crucial.The capacitive sensors from Shenzhen Xingkechuang Tec

The core selling point of a water purifier is "purification." If a level sensor releases trace substances or harbors biofilm due to long-term immersion, the cure is worse than the disease. Capacitive non-contact liquid level sensors solve this hidden danger by externalizing the sensing surface.Produ

Traditional level detection requires drilling, tapping, or embedding nuts into water purifier tanks to secure the probe. This not only increases mold costs but also poses a leakage risk due to aging seals. Non-contact liquid level sensors have revolutionized installation logic.The capacitive sensor