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Pro V-Bank

The Blade Air Pro V-Bank is built for high-performance HVAC systems that demand more.

 

With a V-shaped design using stacked Pro Filters, it delivers longer life, lower pressure drop, and fast, tool-free maintenance— without compromising air quality or efficiency.

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Benefits

Engineered for efficiency, longevity, and ease of use, delivering measurable advantages for high-demand HVAC environments.

Ultra-Low Pressure Drop

 Initial resistance of 0.180” w.c. @500 FPM, enhancing airflow efficiency and reduces energy consumption. Outperforming industry norms. 

Ultra High
Dust-Loading

 Designed for longevity, holding 3000g of dust. This is double the capacity of leading competitors, significantly lowering operating costs over time. 

Extended
Filter Life

Extends filter life, lasting up to 4x longer than standard systems—fewer changeout intervals, lower labor costs.

Tool-Free Maintenance

Tool free, quarter-turn fasteners make maintenance simple and fast, ensuring optimal performance with minimal downtime. 

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Superior Filtration Efficacy

Our Pro Filters capture ultrafine particles including viruses and bacteria, far exceeding the capabilities of traditional pleated filters with similar pressure drops.

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Significant Savings

Swapping to Pro Filters boosts fan motor efficiency by 15% and cuts operational costs by up to 50%, offering significant savings and better performance.

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Logistics Efficiency

Streamlined logistics reduce storage needs and delivery requirements, resulting in up to 92% cost savings and space savings, while reducing emissions.

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Breathe Scalability™

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Model Number: BAPF1 + BAPF2

Tech Specs

1000 SERIES

Height

Width

Depth

Number of Filters

Nominal Filter Thickness

Initial Resistance @ 500FPM

Flow Capacity

Power Consumption

Media

Construction

Access

Clearance

Certification

1400

12"

24" - 36"

29"

4

1"

0.18 In*wg

1,000 - 1,500 CFM

8 Watts

Fibreglass + Pleated polyester

Powder coated steel

Upstream

29" upstream clearance required

UL 867 and CSA 22.2 No 187

1600

18"

24" - 36"

29"

6

1"

0.18 In*wg

1,500 - 2,250 CFM

12 Watts

2000 SERIES

Height

Width

Depth

Number of Filters

Nominal Filter Thickness

Initial Resistance @ 500FPM

Flow Capacity

Power Consumption

Media

Construction

Access

Clearance

Manual

Certification

2300

12"

24" - 36"

29.25"

3

1"

0.25 In*wg

1,000 - 1,500 CFM

6 Watts

Fibreglass + Pleated polyester

Powder coated steel

Upstream

29" upstream clearance required

UL 867 and CSA 22.2 No 187

2500

20"

24" - 36"

29.25"

5

1"

0.25 In*wg

1,650 - 2,500 CFM

10 Watts

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Frequently Asked Questions

  • The Blade Air Pro V-Bank is designed to outperform traditional V-bank systems in every key area—airflow, efficiency, maintenance, and sustainability. Compared to leading legacy systems, the Pro V-Bank delivers:

    • 53% lower initial pressure drop and an average 20% reduction in pressure drop over the filter’s life, improving airflow and reducing HVAC energy use

    • 96% higher dust-holding capacity, meaning fewer changeouts and lower long-term operating costs

    • A reusable steel frame—only the media is replaced, reducing waste by up to 30% versus fully disposable units

    • Tool-free, quarter-turn fasteners for fast and simple filter changes without disassembly

    • Durable, welded construction that’s lightweight and easier to ship and install than bolt-assembled frames

    • Hybrid lofted fibreglass + pleated polyester media for superior filtration, lower resistance, and enhanced performance over time

  • Yes. The Pro V-Bank is third-party tested and certified to UL 867 and CSA 22.2 No. 187 safety standards. Its filtration performance is validated to MERV 14A–15, meeting the demands of high-performance environments and supporting ASHRAE 90.1 and 62.1 compliance.

  • The Pro V-Bank is optimized for high-capacity, high-velocity air handling units, which are common in healthcare, cleanrooms, airports, and large commercial facilities. It’s available in multiple sizes and configurations, but proper fit should be confirmed based on airflow capacity, duct size, and access clearance.

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