Climate Control

Ona Breeze Dispenser - 35 CFMThe ONA Breeze is redesigned and uses a 35?CFM fan, the smallest fan unit which sits on an ONA gel container. It is lighter than the previous model and now uses less power. It fits on either the ONA Gel Pail or ONA Gel Jar (both of which are 4 liters/1 gal). The ONA Breeze is an easy and convenient way to achieve the dispensation of ONA Gel. The ONA Breeze treats rooms up to 1,500 square feet (15,000 cubic feet) or 166 square meters (500 cubic meters). NOTE: Container not included.

Read more less

Ona Cyclone FanThe ONA Cyclone is a cost effective high quality Ona Gel Distribution System. This portable fan runs very quietly while effectively destroying odors anywhere it's needed. When paired with a 20 liter pail of ONA Gel, it will provide high volume, high capacity odor control in the worst odor conditions.

Read more less

Phat Filter 24"x6", 500 CFMPhat Filters are packed full with the very best carbon on the market… and we have the independent lab test numbers to prove it. How do we know? Simple math. Carbon Quantity x Carbon Quality = Filter Capacity QUANTITY: When we say Phat Filter carbon beds are 2" thick, they are in fact, 2" thick. The same is true when it comes to Phat Filter bed length size; the size we claim is in fact the actual size, not a “rounded-up” dimension to make it seem bigger. So it stands to reason that we can obviously pack more carbon into our fi lters than some others can claim. QUALITY: Phat Filter’s quality is also backed up by math and science too. ADsorption Yield (adsorption with a “d”) is the key. It tells you how good the carbon is. So how do you find the Adsorption Yield? It’s an easy equation: Dry Apparent Density x Butane Number = Adsorption yield A high adsorption yield number equals a greater capacity to adsorb odors, which in turn means the filter is of higher quality and will sustain a longer life-span. This is critical when choosing a quality carbon filter like a Phat Filter. So compare the numbers and you’ll see for yourself that Phat Filters are easily the best deal in the marketplace today! Phat Filters numbers don’t lie. For more information about Phat Filters visit www.phatfilter.com

Read more less

Phat Filter 39"x10", 1400 CFMPhat Filters are packed full with the very best carbon on the market… and we have the independent lab test numbers to prove it. How do we know? Simple math. Carbon Quantity x Carbon Quality = Filter Capacity QUANTITY: When we say Phat Filter carbon beds are 2" thick, they are in fact, 2" thick. The same is true when it comes to Phat Filter bed length size; the size we claim is in fact the actual size, not a “rounded-up” dimension to make it seem bigger. So it stands to reason that we can obviously pack more carbon into our fi lters than some others can claim. QUALITY: Phat Filter’s quality is also backed up by math and science too. ADsorption Yield (adsorption with a “d”) is the key. It tells you how good the carbon is. So how do you find the Adsorption Yield? It’s an easy equation: Dry Apparent Density x Butane Number = Adsorption yield A high adsorption yield number equals a greater capacity to adsorb odors, which in turn means the filter is of higher quality and will sustain a longer life-span. This is critical when choosing a quality carbon filter like a Phat Filter. So compare the numbers and you’ll see for yourself that Phat Filters are easily the best deal in the marketplace today! Phat Filters numbers don’t lie. For more information about Phat Filters visit www.phatfilter.com

Read more less

Phat Filter 12"x4", 200 CFMPhat Filters are packed full with the very best carbon on the market… and we have the independent lab test numbers to prove it. How do we know? Simple math. Carbon Quantity x Carbon Quality = Filter Capacity QUANTITY: When we say Phat Filter carbon beds are 2" thick, they are in fact, 2" thick. The same is true when it comes to Phat Filter bed length size; the size we claim is in fact the actual size, not a “rounded-up” dimension to make it seem bigger. So it stands to reason that we can obviously pack more carbon into our fi lters than some others can claim. QUALITY: Phat Filter’s quality is also backed up by math and science too. ADsorption Yield (adsorption with a “d”) is the key. It tells you how good the carbon is. So how do you find the Adsorption Yield? It’s an easy equation: Dry Apparent Density x Butane Number = Adsorption yield A high adsorption yield number equals a greater capacity to adsorb odors, which in turn means the filter is of higher quality and will sustain a longer life-span. This is critical when choosing a quality carbon filter like a Phat Filter. So compare the numbers and you’ll see for yourself that Phat Filters are easily the best deal in the marketplace today! Phat Filters numbers don’t lie. For more information about Phat Filters visit www.phatfilter.com

Read more less

Phat Filter 16"x6", 375 CFMPhat Filters are packed full with the very best carbon on the market… and we have the independent lab test numbers to prove it. How do we know? Simple math. Carbon Quantity x Carbon Quality = Filter Capacity QUANTITY: When we say Phat Filter carbon beds are 2" thick, they are in fact, 2" thick. The same is true when it comes to Phat Filter bed length size; the size we claim is in fact the actual size, not a “rounded-up” dimension to make it seem bigger. So it stands to reason that we can obviously pack more carbon into our fi lters than some others can claim. QUALITY: Phat Filter’s quality is also backed up by math and science too. ADsorption Yield (adsorption with a “d”) is the key. It tells you how good the carbon is. So how do you find the Adsorption Yield? It’s an easy equation: Dry Apparent Density x Butane Number = Adsorption yield A high adsorption yield number equals a greater capacity to adsorb odors, which in turn means the filter is of higher quality and will sustain a longer life-span. This is critical when choosing a quality carbon filter like a Phat Filter. So compare the numbers and you’ll see for yourself that Phat Filters are easily the best deal in the marketplace today! Phat Filters numbers don’t lie. For more information about Phat Filters visit www.phatfilter.com

Read more less

Phat Filter 39"x6", 800 CFMPhat Filters are packed full with the very best carbon on the market… and we have the independent lab test numbers to prove it. How do we know? Simple math. Carbon Quantity x Carbon Quality = Filter Capacity QUANTITY: When we say Phat Filter carbon beds are 2" thick, they are in fact, 2" thick. The same is true when it comes to Phat Filter bed length size; the size we claim is in fact the actual size, not a “rounded-up” dimension to make it seem bigger. So it stands to reason that we can obviously pack more carbon into our fi lters than some others can claim. QUALITY: Phat Filter’s quality is also backed up by math and science too. ADsorption Yield (adsorption with a “d”) is the key. It tells you how good the carbon is. So how do you find the Adsorption Yield? It’s an easy equation: Dry Apparent Density x Butane Number = Adsorption yield A high adsorption yield number equals a greater capacity to adsorb odors, which in turn means the filter is of higher quality and will sustain a longer life-span. This is critical when choosing a quality carbon filter like a Phat Filter. So compare the numbers and you’ll see for yourself that Phat Filters are easily the best deal in the marketplace today! Phat Filters numbers don’t lie. For more information about Phat Filters visit www.phatfilter.com

Read more less

Phat Filter 24"x8", 600 CFMPhat Filters are packed full with the very best carbon on the market… and we have the independent lab test numbers to prove it. How do we know? Simple math. Carbon Quantity x Carbon Quality = Filter Capacity QUANTITY: When we say Phat Filter carbon beds are 2" thick, they are in fact, 2" thick. The same is true when it comes to Phat Filter bed length size; the size we claim is in fact the actual size, not a “rounded-up” dimension to make it seem bigger. So it stands to reason that we can obviously pack more carbon into our fi lters than some others can claim. QUALITY: Phat Filter’s quality is also backed up by math and science too. ADsorption Yield (adsorption with a “d”) is the key. It tells you how good the carbon is. So how do you find the Adsorption Yield? It’s an easy equation: Dry Apparent Density x Butane Number = Adsorption yield A high adsorption yield number equals a greater capacity to adsorb odors, which in turn means the filter is of higher quality and will sustain a longer life-span. This is critical when choosing a quality carbon filter like a Phat Filter. So compare the numbers and you’ll see for yourself that Phat Filters are easily the best deal in the marketplace today! Phat Filters numbers don’t lie. For more information about Phat Filters visit www.phatfilter.com

Read more less

Phat Filter 39"x8", 950 CFMPhat Filters are packed full with the very best carbon on the market… and we have the independent lab test numbers to prove it. How do we know? Simple math. Carbon Quantity x Carbon Quality = Filter Capacity QUANTITY: When we say Phat Filter carbon beds are 2" thick, they are in fact, 2" thick. The same is true when it comes to Phat Filter bed length size; the size we claim is in fact the actual size, not a “rounded-up” dimension to make it seem bigger. So it stands to reason that we can obviously pack more carbon into our fi lters than some others can claim. QUALITY: Phat Filter’s quality is also backed up by math and science too. ADsorption Yield (adsorption with a “d”) is the key. It tells you how good the carbon is. So how do you find the Adsorption Yield? It’s an easy equation: Dry Apparent Density x Butane Number = Adsorption yield A high adsorption yield number equals a greater capacity to adsorb odors, which in turn means the filter is of higher quality and will sustain a longer life-span. This is critical when choosing a quality carbon filter like a Phat Filter. So compare the numbers and you’ll see for yourself that Phat Filters are easily the best deal in the marketplace today! Phat Filters numbers don’t lie. For more information about Phat Filters visit www.phatfilter.com

Read more less

Inline mixed flow 6'', 115V/1PH/60Hz, 329 CFMVTM SeriesThe Vortex Powerfan VTM Series is an in-line duct fan specifically designed to maximize the airflow performance with minimal noise levels in a small, compact housing. These fans incorporate a powerful mixed flow impeller and internal air vanes located at the discharge end of the fan housing. This impeller and guide vane combination provides a smooth laminar air flow which in turn minimizes turbulence and noise and generate an excellent air flow to static pressure performance ratio. Quiet operation Available in duct diameter from 4’’ to 8’’ Airflow capacity up to 617 CFM Can be mounted in any position Precisely balanced for vibration-free operation and longer life expectancy   ETL Listed Speed controllable

Read more less