top of page
eu6_01-ai 1.png
new filter.4923.png

HEPA+ Filter

An evolution of the trusted HEPA filter, now enhanced for superior performance. Merging medical grade filter efficacy with the industry's lowest static pressure maximizes energy efficiency and extends equipment lifespan. 

Its impressive 99.99% particle capture rate guarantees top-tier air quality, all within a lightweight design crafted for seamless integration into diverse critical applications.

eu6_01-ai 3.png

Benefits

Take advantage of the best filtration technology on the planet to improve performance while improving energy efficiency.

Medical Grade Filtration

Delivers exceptional 99.99% filtration efficacy in critical environments, capturing viral particles for the highest standard of air purity.

Unmatched Energy Efficiency

Generates 45-55% lower static pressure than traditional HEPA filters, enhancing system efficiency and reducing operational costs.

Certified Performance

Meets stringent requirements to ensure optimal performance in critical environments.

Next Generation Technology

Blade Air HEPA+ retains the core qualities of traditional HEPA filters while introducing next-gen improvements in efficiency and design, with a 99.99% particle capture rate and 44-55% lower static pressure.

eu6_01-ai 3 (1).png
close-up-shot-of-beautiful-butterfly-2023-11-27-05-29-26-utc.jpg

Breathe Evolution™

Tech Specs

Filter Efficacy

99.99%

Housing Material

Media Type

0.7 inWg

1.0 inWg

1.0 inWg

0.97 inWg

0.96 inWg

0.97 inWg

Galvanized Steel

Synthetic

70.64 ft2

119.83 ft2

180 ft2

227.78 ft2

240.17 ft2

300.35 ft2

12 lbs

31 lbs

20 lbs

15 lbs

25 lbs

25 lbs

99.99%

Galvanized Steel

Synthetic

Pressure Drop

12"X12"X12"

24"X12"X12"

24"X18"X12"

23.375"X23.375"X12"

24"X24"X12"

30"X24"X12"

Estimated Surface Area

12"X12"X12"

24"X12"X12"

24"X18"X12"

23.375"X23.375"X12"

24"X24"X12"

30"X24"X12"

Weight

12"X12"X12"

24"X12"X12"

24"X18"X12"

23.375"X23.375"X12"

24"X24"X12"

30"X24"X12"

Filtration Size

Leak Tested

IEST-RP-CC001.6

Leak Tested

IEST-RP-CC001.6

Safety & Certifications

0.3μm

Unit Size (LxWxH)

All Sizes

Unit Specific

0.3μm

Meet HEPA+

Blade Air HEPA+: the trusted HEPA system you're familiar with, now upgraded for even greater efficiency and performance.

 

Designed for essential environments, it provides top-tier air purification and energy savings, delivering the outcomes you need, without complication. 

HEPA+ Filter
eu6_01-ai 1.png

Frequently Asked Questions

  • The Blade Air HEPA+ retains the core qualities of traditional HEPA filters while introducing next-gen improvements in efficiency and design. With a 99.99% particle capture rate and 30% lower static pressure, it offers enhanced air purification and energy efficiency.

  • Yes, the Blade Air HEPA+ is designed for easy integration into existing HVAC systems, minimizing installation complexity and ensuring compatibility with various setups.

  • No, the Blade Air HEPA+ is designed for straightforward installation and maintenance, making it easy to incorporate into your facility's air purification system.

  • The Blade Air HEPA+ undergoes rigorous testing and certification processes to ensure its performance and quality. These tests include:

    • IEST-RP-CC034.4: This test standard evaluates various aspects of the HEPA filter's performance, such as efficiency in removing airborne particles, pressure drop across the filter, and airflow capacity. It ensures that the filter meets stringent standards for air purification, particularly in controlled environments like cleanrooms.

    • DIN EN1822: This European standard defines requirements for HEPA filters, including efficiency ratings and testing procedures. It verifies the filter's ability to remove particles of different sizes from the air and ensures compliance with established quality standards for air filtration.

    • IEST-RP-CC001.6: This test protocol focuses on assessing the integrity of the HEPA filter, particularly its ability to retain particles and prevent leakage. It verifies the filter's 

bottom of page