DriPak NX pocket filter

Product Overview

• ISO 16890: ePM1
• Filter class EN779:2012: F9
• Proprietary AAF design with stable tapered pockets for optimum airflow
• Exceptionally low pressure drop for extremely low energy use
• Sturdy and lightweight injection moulded polyurethane header for easy handling and maintenance

The DriPak NX pocket filter offers best-in-class performance on energy efficiency and ease of installation based on a unique combination of high-tech filter material, pocket design and ergonomic header construction. The air filter can be used for a wide variety of applications, ranging from final filtration for office buildings to pre-filtration for sensitive processes. With DriPak NX, high indoor air quality, environmental savings and low operating costs go hand in hand.

Improved Process Performance

The health, comfort and productivity of building users largely depend on indoor air quality. DriPak NX offers an uncompromised performance with a combination of highly efficient synthetic media and a steel header for a gastight seal. The sturdy header configuration and stable tapered pockets optimize airflow for improved indoor conditions and easier filter handling and maintenance.

Environmental Savings

Based on its proprietary pocket design, with an optimized geometry for each individual filter configuration, the DriPak NX has proven to be extremely energy-efficient. DriPak NX is the best performing filter in the industry, proven and certified by Eurovent. With the injection moulded polyurethane header the air filter is also fully incinerable, whereas its optimized dust holding capacity gives a long service life.

Beneficial Total Cost of Ownership

With the extremely low energy demand of the DriPak NX, the energy costs can be significantly reduced. Compared to an average pocket filter, this could save tens of euros per air filter per year. And when the air filters have to be changed – thanks to the lightweight and sturdy polyurethane header and stable filter material that prevents the pockets from sagging – this can be done faster, which gives extra cost saving opportunities.

Typical Applications

• Commercial Buildings
• Schools & Universities
• Shopping Malls
• Airports
• Healthcare
• Food & Beverage
• Surface Treatment

Specifications: