Brief: Watch the demo to catch practical tips and quick performance insights. This video showcases the Big Dust Holding ULPA Filter with its glass fiber media and aluminum alloy frame. You'll see how its mini-pleated design increases surface area for superior dust capture, learn about its low-pressure drop for energy efficiency, and witness the liquid jelly glue seal ring in action to prevent bypass leakage.
Related Product Features:
Mini-pleated design provides a larger filter surface area for increased dust holding capacity.
Constructed from ultra-fine glass fiber media for high-efficiency particle filtration.
Features a durable aluminum alloy frame for long-term reliability and easy handling.
Low-pressure drop of ≤150 Pa ensures energy efficiency and reduces strain on HVAC systems.
High dust holding capacity of up to 360g extends filter life and reduces maintenance frequency.
Liquid jelly glue seal ring creates a tight seal to prevent bypass leakage and maximize efficiency.
Achieves ultra-high filtration efficiency of 99.9995% at 0.12 microns for critical environments.
Suitable for operating temperatures up to 80°C in various sensitive applications.
Perguntas Frequentes:
What is the dust holding capacity of this ULPA filter?
The Big Dust Holding ULPA Filter has a high dust holding capacity of up to 360 grams, allowing it to capture a significant amount of airborne particles before requiring replacement.
How does the liquid jelly glue seal ring benefit the filter's performance?
The liquid jelly glue seal ring provides a tight seal between the filter and housing, preventing bypass leakage and ensuring all air passes through the filter media for maximum filtration efficiency.
What applications is this ULPA filter suitable for?
This filter is ideal for critical environments requiring high air cleanliness, including cleanrooms, laboratories, hospitals, pharmaceutical manufacturing facilities, and semiconductor clean rooms.
What is the pressure drop of this ULPA filter and why is it important?
The filter has a low-pressure drop of ≤150 Pa, which reduces strain on HVAC systems, improves energy efficiency, and helps lower operational costs.