Growing Environment

• Designed to allow airflow in one direction.
• Minimum air leakage: exterior foam gaskets assure a tight seal.
• Aluminum spring-loaded backdraft damper blades.
• 20 gauge steel housing.
• Simple installation: entire assembly inserts into duct.
• Can be installed in any position: designed for vertical or horizontal mount.
• Specifically designed for use with ThermoFlo™ flexible ducting.
• Available in a range of sizes.

• Designed to allow airflow in one direction.
• Minimum air leakage: exterior foam gaskets assure a tight seal.
• Aluminum spring-loaded backdraft damper blades.
• 20 gauge steel housing.
• Simple installation: entire assembly inserts into duct.
• Can be installed in any position: designed for vertical or horizontal mount.
• Specifically designed for use with ThermoFlo™ flexible ducting.
• Size: 4 inches (10 centimeters).

• Designed to allow airflow in one direction.
• Minimum air leakage: exterior foam gaskets assure a tight seal.
• Aluminum spring-loaded backdraft damper blades.
• 20 gauge steel housing.
• Simple installation: entire assembly inserts into duct.
• Can be installed in any position: designed for vertical or horizontal mount.
• Specifically designed for use with ThermoFlo™ flexible ducting.
• Size: 6 inches (15 centimeters).

• Designed to allow airflow in one direction.
• Minimum air leakage: exterior foam gaskets assure a tight seal.
• Aluminum spring-loaded backdraft damper blades.
• 20 gauge steel housing.
• Simple installation: entire assembly inserts into duct.
• Can be installed in any position: designed for vertical or horizontal mount.
• Specifically designed for use with ThermoFlo™ flexible ducting.
• Size: 10 inches (25 centimeters).

• Designed to allow airflow in one direction.
• Minimum air leakage: exterior foam gaskets assure a tight seal.
• Aluminum spring-loaded backdraft damper blades.
• 20 gauge steel housing.
• Simple installation: entire assembly inserts into duct.
• Can be installed in any position: designed for vertical or horizontal mount.
• Specifically designed for use with ThermoFlo™ flexible ducting.
• Size: 12 inches (30 centimeters).

Can-Filter® has designed and built the Can-Lite™ for convenience and long life. 100% Australian Granulated carbon, aluminum top and bottom, integrated flange and 51% open perforation are features of the Can-Lite filter. The Can-Lite is available in 12 sizes with a CFM range of 89 - 3000. Can-Lite is manufactured in a dedicated carbon filter plant in North America. Each filter is shrink wrapped, boxed and labeled for ease of use.

Can-Filter® has designed and built the Can-Lite™ for convenience and long life. 100% Australian Granulated carbon, aluminum top and bottom, integrated flange and 51% open perforation are features of the Can-Lite filter. The Can-Lite is available in 12 sizes with a CFM range of 89 - 3000. Can-Lite is manufactured in a dedicated carbon filter plant in North America. Each filter is shrink wrapped, boxed and labeled for ease of use.

The Max-Fan® is the first fan that has been developed with a Computational Fluid Dynamics (CFD) program. CFDs are used for engineering aircraft propulsion engines. The perfectly designed 3D blades of the impeller and stator make this fan extremely powerful and energy efficient. Compared with other inline fans, the efficiency is 50% to 100% higher. 6 inch to 14 inch come pre-wired with an 8 foot 120 V power cord. Can-Fan® bring its innovation to market and sets a new standard for performance. The Max-Fan is a more powerful and efficient fan that takes less energy to run.

The Max-Fan® is the first fan that has been developed with a Computational Fluid Dynamics (CFD) program. CFDs are used for engineering aircraft propulsion engines. The perfectly designed 3D blades of the impeller and stator make this fan extremely powerful and energy efficient. Compared with other inline fans, the efficiency is 50% to 100% higher. 6 inch to 14 inch come pre-wired with an 8 foot 120 V power cord. Can-Fan® bring its innovation to market and sets a new standard for performance. The Max-Fan is a more powerful and efficient fan that takes less energy to run.

The Max-Fan® is the first fan that has been developed with a Computational Fluid Dynamics (CFD) program. CFDs are used for engineering aircraft propulsion engines. The perfectly designed 3D blades of the impeller and stator make this fan extremely powerful and energy efficient. Compared with other inline fans, the efficiency is 50% to 100% higher. 6 inch to 14 inch come pre-wired with an 8 foot 120 V power cord. Can-Fan® bring its innovation to market and sets a new standard for performance. The Max-Fan is a more powerful and efficient fan that takes less energy to run.

The Max-Fan® Pro Series is even more efficient and stronger than the original Max-Fan design. The Max-Fan Pro Series has a much more robust housing due to the fiberglass reinforced plastic compounds that meet all of the UL and CSA requirements. The fans have three control speeds for true performance. These fans run quieter than the Max-Fan. The fans come with the EZ Mount™ bracket for easy mounting.

The Max-Fan® Pro Series is even more efficient and stronger than the original Max-Fan design. The Max-Fan Pro Series has a much more robust housing due to the fiberglass reinforced plastic compounds that meet all of the UL and CSA requirements. The fans have three control speeds for true performance. These fans run quieter than the Max-Fan. The fans come with the EZ Mount™ bracket for easy mounting.

The Max-Fan® Pro Series is even more efficient and stronger than the original Max-Fan design. The Max-Fan Pro Series has a much more robust housing due to the fiberglass reinforced plastic compounds that meet all of the UL and CSA requirements. The fans have three control speeds for true performance. These fans run quieter than the Max-Fan. The fans come with the EZ Mount™ bracket for easy mounting.

The Max-Fan® Pro Series is even more efficient and stronger than the original Max-Fan design. The Max-Fan Pro Series has a much more robust housing due to the fiberglass reinforced plastic compounds that meet all of the UL and CSA requirements. The fans have three control speeds for true performance. These fans run quieter than the Max-Fan. The fans come with the EZ Mount™ bracket for easy mounting.

The Atlas® 1 CO₂ features adjustable set point and elevation levels, a built-in self calibration function and an integrated photocell that enables operation in daytime hours only, when the plants need CO₂.

The Atlas® 2 features preset CO₂ control at 1,500 PPM. Simply plug in your CO₂ generator or regulator and you are ready to go.

The Atlas® 3 Controls and monitors CO₂ from 0 to 2,000 parts per million (PPM).

Compact and easy-to-use, the Atlas® 9 is a grower's dream. The 15 ft remote sensor allows you to measure the CO₂ levels of your garden exactly where you need to measure them.

Controls and monitors CO₂ from 0 to 2,000 parts per million (PPM). CO₂ enrichment or CO₂ exhaust features. Easy to setup and operate. Enclosure resists dust, rust and moisture. 5 Amps maximum/120 V/ 60 Hz.

Compact and easy-to-use, the Atlas® 9 is a grower's dream. The 15 ft remote sensor allows you to measure the CO₂ levels of your garden exactly where you need to measure them. Fuzzy logic capabilities allow you to accurately dose CO₂when using a CO₂ regulator. The knob that doubles as a button when pushed lets you easily program this product. Enclosure resists dust, rust and moisture. 10 Amps maximum/120 V/ 60 Hz.

Atlas® 1 CO₂ Monitor/Controller comes with a 25 ft remote sensor. It features adjustable set point and elevation levels, a built-in self calibration function and an integrated photocell that enables operation in daytime hours only, when the plants need CO₂. Simple to use and easy to operate. 15 Amps/120 V/ 60 Hz., The sensor comes factory calibrated for precise CO₂ readings and utilizes low voltage technology.

Preset CO₂ control at 1,500 PPM. Built-in self-calibration feature. Easiest to use CO₂ controller on the market. Simply plug in your CO₂ generator or regulator and you are ready to go. Built-in photocell allows CO₂ enrichment only during daylight hours. Durable powder-coated steel enclosure. 15 Amps maximum/120 V/ 60 Hz. Patent No. D657 748.