PTFE membrane is the key tools for monitoring PM2.5 particulate matter pollution in the air, such as dust, pollen, bacteria, etc., to help monitor and evaluate environmental air quality. When in the shape of disc , the PTFE membrane disc filters are widely applied in the Laboratory use and analysis .

PTFE membrane's Features :

1. Efficient filtration: Air detection membranes utilize advanced filtration technology with a high efficiency capture capability, effectively filtering particulate pollutants from the air.
2. Precision capture: These membranes have the ability to selectively capture particles of specific sizes, allowing adjustment of their capture efficiency based on monitoring needs, enhancing sensitivity and precision of monitoring.
3. Rapid response: Capable of quickly capturing particles from the air, providing timely monitoring results, helping to detect and address air quality issues early.
4. Durable and stable: The membranes possess good durability and stability, capable of long-term stable operation under various environmental conditions, ensuring continuous monitoring effectiveness.
5. Wide application: Widely used in indoor air quality monitoring, industrial workshop particle monitoring, bacterial and viral monitoring in the medical health field, among others.

Advantages of disc filter :

• Diverse sizes :pre-cut circular membranes can be cut to different sizes according to needs, thus meeting a variety of application requirements. Whether for small devices or large machines, an appropriate size of circular membrane can easily be found. This flexibility allows circular membranes to maximize benefits across various fields.
• Precise use: Since circular membranes are pre-cut to specific sizes, they can be matched more precisely to required locations during use. This avoids potential errors and waste during installation, improving work efficiency and accuracy. Whether in manufacturing or maintenance, using pre-cut circular membranes ensures optimal performance and outcomes.

Specifications

Applications

• Indoor air quality monitoring

• Particle monitoring in industrial production workshops

• Bacterial and viral monitoring in the medical health field

• Environmental air quality monitoring

• Performance evaluation of air purification equipment.