Pro Grow Dragon Series Carbon Filter 250x1000mm | 2680 m³/h Airflow | 50mm Bed | Steel Collars + Dacron Pre-Filter

Industrial-Scale Odour Control – Pro Grow Dragon Series 250x1000mm Carbon Filter

Built for large-scale cultivation environments, the Pro Grow Dragon Series 250 x 1000mm Carbon Filter is a heavy-duty solution engineered for maximum airflow and serious odour control. With a massive 2680 m³/h airflow capacity, this filter is ideal for commercial grow operations, greenhouses, and high-output HVAC setups requiring robust, long-lasting purification performance.

Its deep 50mm activated carbon bed offers exceptional VOC and odour adsorption, with a 960 mg/g iodine rating and 25% butane rating for maximum effectiveness. Combined with 30mm anti-air bypass foam, a 3mm washable Dacron pre-filter, and rugged steel mesh and collar construction, this filter is made to perform under pressure—day in, day out.

Key Features:

• Huge Airflow Capacity – 2680 m³/h: Ideal for large commercial grow rooms or industrial air handling setups.

• 50mm Virgin Carbon Bed: High-grade filtration for consistent removal of odours and contaminants.

• Pro-Level Adsorption Efficiency: 960 mg/g iodine rating & 25% butane rating ensure superior chemical trapping.

• Anti-Bypass Foam (30mm): Prevents leakage of untreated air for complete filtration integrity.

• Heavyweight Durability: 27.8 kg unit built with 55% open-area steel mesh and reinforced steel collars.

• Washable 3mm Dacron Pre-Filter: Captures dust and particulates before reaching the carbon, extending lifespan.

Tech Specs:

• Filter Size: 250 x 1000mm

• Max Airflow: 2680 m³/h

• Carbon Bed Depth: 50mm

• Weight: 27.8 kg

• Iodine Rating: 960 mg/g

• Butane Rating: 25%

• Bypass Foam Thickness: 30mm

• Mesh Open Area: 55%

• Top/Bottom Collars: Steel

• Pre-Filter: 3mm Dacron

Built to Work with High-Output Systems:

Pair this filter with a Pro Grow Dragon Series 250mm EC Inline Fan to create an industrial-grade odour control system that performs reliably under intense ventilation demands.