Can Sensor Adhesive Vents prevent condensation inside sensors

Sensor Adhesive Vents effectively prevent condensation inside sensors by regulating air flow, balancing pressure, and managing moisture within sensor housings. Condensation typically forms when warm, moist air inside a sealed sensor housing cools down, causing water vapor to turn into liquid droplets.

Air Exchange Through Porous Membrane

The porous membrane enables continuous air exchange between the inside and outside of the sensor
When the sensor heats up, internal air expands and carries moisture out through microscopic pores
When the sensor cools down, dry external air is drawn in to replace contracted internal air
This constant circulation prevents moisture buildup and lowers the likelihood of vapor reaching dew point

Pressure Equalization Function

Vents eliminate pressure differentials by allowing air to flow freely
Prevents partial vacuum that could draw moist air through tiny gaps or compromised seals
Ensures air enters or exits only through the membrane, which blocks liquids and traps moisture
Prevents hidden condensation that commonly damages internal components

Liquid Ingress Resistance

The porous membrane blocks external liquids while permitting air flow
Acts as a barrier to prevent external moisture from adding to internal humidity
Some vents feature hydrophobic coatings that repel water
Controls both internal moisture buildup and external moisture intrusion

By controlling both internal moisture buildup and external moisture intrusion, Sensor Adhesive Vents create a stable, dry environment inside the sensor, effectively preventing condensation and safeguarding the sensor's performance and lifespan.

How Sensor Adhesive Vents Prevent Condensation

Air Exchange Through Porous Membrane

Pressure Equalization Function

Liquid Ingress Resistance