• High dust-holding capacity

• Low resistance to airflow

• Durable synthetic or fiberglass materials

• Customizable sizes

• Cost-effective and long-lasting performance

After the filter has been used for a period of time, it can be cleaned by air gun blowing and reused to save the operation cost to a larger extent. The primary plate filter adopts mesh wire mesh or galvanized iron skeleton to support the filter media, which can meet the requirement of the operation wind speed of each ventilation system

1. What is the lifespan of a Primary Bag Filter?

The lifespan of a Primary Bag Filter typically ranges from 6 to 12 months. This depends on factors such as the level of contaminants in the environment and the maintenance routine followed.

2. Can Primary Bag Filters be used in manufacturing facilities?

Yes, Primary Bag Filters are widely used in manufacturing facilities to capture large particles such as dust and debris. They protect machinery from dirt buildup and help maintain better air quality in the workspace.

3. Can Primary Bag Filters be used for air conditioning systems?

Primary Bag Filters are commonly used in air conditioning systems. They serve as the first line of defense, filtering out larger particles and preventing dust and debris from reaching more sensitive filters.

4. Are Primary Bag Filters suitable for commercial buildings?

Primary Bag Filters are highly suitable for commercial buildings. They help filter out larger particles like dust and pollen, improving the air quality and contributing to the overall efficiency of the HVAC system.

5. What are the most common materials used in Primary Bag Filters?

Primary Bag Filters are usually made from synthetic fibers, polyester, or fiberglass. These materials provide durability, high dust-holding capacity, and resistance to environmental factors like humidity and temperature.

6. How do you choose the correct filter efficiency for a Primary Bag Filter?

Choosing the correct filter efficiency depends on the specific air quality requirements of your space. For general filtration, a G3 or G4 filter may suffice, while higher efficiency filters are necessary for cleaner environments.

7. How do I maintain a Primary Bag Filter?

Regular inspection is essential to maintaining a Primary Bag Filter. If the filter is washable, clean it by shaking off or vacuuming the dust. Replace the filter if it is clogged or damaged to ensure continued filtration performance.

8. Are there any health risks associated with using Primary Bag Filters?

If not maintained properly, Primary Bag Filters can accumulate dust and allergens, which may negatively affect air quality and lead to respiratory issues. Regular maintenance and replacement can minimize these health risks.

9. How do I determine the required filtration efficiency for my Primary Bag Filter?

The required filtration efficiency is based on the type of contaminants you want to filter and the air quality needs of your environment. For general use, a G3 or G4 filter works well, but more sensitive environments require higher efficiency filters.

10. How do I choose the right Primary Bag Filter for my system?

To choose the right Primary Bag Filter, ensure it matches your system's specifications in terms of size, airflow capacity, and the type of contaminants you wish to filter. Consider factors like filter efficiency and dust-holding capacity as well.

11. Can Primary Bag Filters be used in hospitals?

Primary Bag Filters can be used in hospitals, especially in multi-stage filtration systems. They capture larger particles and debris, but additional filters like HEPA filters are required to handle smaller contaminants for cleanroom environments.

12. Are Primary Bag Filters compatible with all types of HVAC systems?

Primary Bag Filters are compatible with most HVAC systems, provided the correct size and airflow are selected. It's essential to match the filter's specifications to the system's requirements to ensure optimal performance.

13. What type of dust is best filtered by a Primary Bag Filter?

Primary Bag Filters are most effective at filtering larger dust particles, such as those produced in industrial or commercial environments. They are not as effective at filtering fine dust or airborne contaminants like smoke.

14. How do Primary Bag Filters work in multi-stage filtration systems?

In multi-stage filtration systems, Primary Bag Filters act as the first stage of defense, capturing larger particles and preventing them from reaching more sensitive filters. This helps ensure the system operates efficiently by protecting downstream filters from clogging.

15. What is the dust-holding capacity of a Primary Bag Filter?

The dust-holding capacity of a Primary Bag Filter varies depending on its size and material. Typically, it can hold several hundred grams of dust, ensuring continued performance before requiring cleaning or replacement.