1. Prevent fog and condensation: While the car is driving, the surface of the headlights is easily affected by temperature changes and humidity. , causing fog or condensation inside the headlights. The breathable cap can allow air to circulate inside the lamp through the breathable holes, allowing internal moisture to be quickly discharged, effectively preventing fog and water vapor from condensing, and improving driving safety.
2. Protecting lamp components: The breathable cap keeps the inside of the lamp dry while also preventing external liquids from entering. , such as rain or water spray during car washing, thereby effectively protecting the electronic components and circuits inside the lamp and extending the service life of the lamp.
3. Reducing pressure differences: Temperature changes will cause differences in air pressure inside and outside the lamp. The design of the breathable cap can Balance the internal and external air pressure to avoid damage to the sealing structure of the lamp due to differences in air pressure.
4. Increase heat dissipation effect: The vent design of the breathable cap helps promote the dissipation of heat inside the lamp. Reduce the operating temperature of the lamp and improve the stability and reliability of the lamp.

In summary, the application of breathable caps can effectively prevent fog and water vapor condensation, protect lamp components, balance internal and external air pressure, and increase heat dissipation, thereby improving the performance and reliability of car headlights. Provide guarantee for driving safety.

1. Waterproof and breathable: The breathable membrane has waterproof and breathable properties, which can effectively prevent water and moisture from entering. Inside the device, it also allows water vapor inside the device to be discharged through the breathable membrane, thereby maintaining a dry environment inside the device. This is especially important for outdoor security equipment and can increase the service life of the equipment.
2. Dust and anti-fouling: The breathable membrane can prevent dust, particles and pollutants from entering the interior of the device, while Allows moisture inside the device to escape through the breathable membrane. This helps keep equipment clean and reduces the frequency and cost of cleaning and maintenance.
3. Reduce temperature changes: The breathable membrane can help balance the temperature inside and outside the device, preventing the device from being damaged due to temperature changes. A pressure difference is created, thereby reducing the risk of damage to internal components of the device. Especially in high-temperature environments, the breathable membrane can release heat and maintain the normal operating temperature of the device.
4. Prevent air pressure build-up:The breathable membrane can help balance the air pressure inside and outside the device and prevent air pressure from building up inside the device. Causing instability or disruption. This is very critical for some closed equipment or security equipment in explosive hazardous environments.

In general, the application of breathable membranes in security equipment has the advantages of waterproof and breathable, dustproof and antifouling, temperature balance and air pressure balance. It can keep the inside of the equipment dry and clean, reduce maintenance costs, and also improve the stability and service life of the equipment.

1. Waterproof and breathable:The breathable membrane can protect the inside of the pressure sensor from liquid erosion and moisture, while Allows gas in the medium to pass through the breathable membrane for pressure sensing, ensuring the accuracy and stability of the sensor.
2. Temperature balance: The breathable membrane can help balance the temperature inside and outside the sensor and prevent internal pressure caused by temperature changes. Unstable. This helps improve the accuracy and reliability of the sensor, especially in environments with large temperature fluctuations.
3. Prevent contamination: The breathable membrane can prevent dust, particles and other contaminants from entering the sensor, keeping the sensor Cleanliness and proper working condition of components, reducing maintenance frequency and risk of damage.
4. Balance air pressure: The breathable film can help balance the air pressure inside and outside the sensor, prevent errors caused by air pressure differences, and ensure the stability and accuracy of the sensor.

In general, the application of breathable membranes in pressure sensors can protect the inside of the sensor from liquid erosion and contaminants, while maintaining a dry and clean environment inside the sensor to ensure the accuracy of the sensor. strength, stability and long-term reliability.