1.Low resistance: using open hole structure, very low resistance;Used in the fan exhaust machine, the resistance of the return air end is below 9.8Pa (1.0m/s).

2.High circulating filtration efficiency: because the material comes with static electricity and plane micro copy technology, the electrostatic adsorption method is more effective to improve the filter efficiency.

3. Absorb 25mm and below particle size.

4.Long service life: large particle bearing resistance does not change due to the increase of dust collection.

5.Loose operating environment: at -20ºC ~ 70ºC, 90%RH performance remains unchanged.

6.Size can be customized.

HAF FILTERS Electrostatically charged for enhanced particle capture and retention

✔The microstructure design assists in effective particle capture 100% synthetic media

Easily adaptable to many existing equipment configurations

✔Airborne dust capture maintains productivity of in-room heating and air conditioning units while maintaining good airflow

✔Frameless and self-supporting characteristics allow for easy installation and replacement

Physical characteristics.

・Open channel structure

Micro-replicated structure, electrostatic electret material

・100% synthetic fibers, resistant to moisture and common chemicals Self-supporting filtration, no need for additional support

Color: White (normal), Green (mildew resistant)

Cleaning: It is recommended to replace the filter rather than to clean it. Air flow can be restored by vacuuming or water washing, but it is difficult to restore the original filter efficiency

HAF filtration efficiency

Initial classification particle size efficiency (measured at wind speed 0.1m/s)

In conjunction with an Ionizer (IE), the HAF filtration efficiency will be significantly increased

Particle Diameter(µm) 

Area = 5.3 square inches

Wind speed = 435 ft/min

Thickness = 2 inches

Weighting efficiency after ISO fine dust capture

(measured at a wind speed of 0.1m/s)

Typical Performance Description:

Available thickness types: 5mm/10mm/20mm

The High Air Flow (HAF) filter is a high-performance air filtration solution designed to remove airborne particles and contaminants from a wide range of industrial and commercial applications. Engineered with advanced filter media and construction, the HAF filter provides exceptional air purification performance while maintaining high airflow rates.

The HAF filter features a multi-stage design that includes a pre-filter layer, an activated carbon layer, and a HEPA filter layer. The pre-filter layer captures larger particles such as dust, pollen, and pet dander, while the activated carbon layer removes odors, volatile organic compounds (VOCs), and other harmful gases. The HEPA filter layer is designed to capture smaller particles such as bacteria, viruses, and fine dust particles.

The HAF filter's unique construction ensures optimal airflow rates while also providing superior filtration efficiency. The filter media is pleated and arranged in a V-shaped configuration, increasing the filter's surface area and allowing for more effective filtration. The filter frame is made of sturdy materials such as galvanized steel or aluminum, ensuring durability and resistance to corrosion.

The HAF filter is suitable for a wide range of applications such as HVAC systems, cleanrooms, laboratories, and manufacturing facilities. It is available in various sizes and configurations to fit different application requirements, and can be customized to meet specific needs.

In addition to its exceptional performance, the HAF filter is also easy to install and maintain, making it a cost-effective and reliable air filtration solution. Regular replacement of the filter ensures optimal performance and prolongs the lifespan of the equipment.

Overall, the HAF filter is a high-quality air filtration solution that offers superior performance, reliability, and ease of use. Whether for industrial or commercial applications, the HAF filter provides effective air purification that ensures a healthier and safer environment for workers and occupants alike.