What You Need vs. What You Use

What You Need vs. What You Use


At TUTCO, we partner with customers looking to enhance their processes by converting from one heating technology to another. Whether it’s transitioning from convective to conductive heat or, as in the case I’m about to share, moving from direct-fired natural gas to open-coil electric heat, our approach always begins by understanding the specific needs of their process compared to what they currently use. To illustrate this, consider the analogy: you can tow a small 10-foot aluminum fishing boat with a ¾ ton pickup truck, but that’s far more power than necessary. It’s just what you’re using, not what’s required. 

One of our clients, a manufacturer of detergent containers, is a great example of this. As their containers moved through the production line, they used an open flame from a direct-fired natural gas heater to dry the printed ink. Determining the flame’s optimal position relative to the production line speed was done through trial and error. If the line slowed down and the flame was too close, the containers risked warping due to excessive heat. On the other hand, if the line sped up and the flame wasn’t close enough, the ink wouldn’t dry properly. Both situations resulted in wasted product. 

From a safety perspective, the situation was even more dangerous. If the line stopped unexpectedly, the flame could potentially melt the plastic containers or even start a fire, depending on the heater’s position and the duration of the stop. 

TUTCO addressed these challenges by providing one of our process heating solutions coupled with a custom control panel solution. We integrated one of our control panels with the production line, allowing for seamless adjustments based on line speed and exhaust temperature. This system enabled the manufacturing engineers to determine and store optimal line speeds and temperatures within the controller, facilitating quick and precise adjustments by operators as needed. In the event that the line came to a complete stop, the process heater would automatically shut off while air continued to flow, ensuring safety and efficiency. 

An additional benefit that became apparent once the new system was operational was a significant reduction in energy consumption. The old system generated excessive radiant heat, making the production area uncomfortably hot, particularly during warmer months. The HVAC system had to work overtime to compensate for this, driving up energy costs. The new system not only eliminated this problem but also reduced the overall power consumption of the HVAC system, creating a more comfortable work environment and lowering operating costs. 

TUTCO’s line of process air heaters are robust hot air components used in industrial and commercial processes. Each model can be paired with one of our control panels to provide the precise and controllable heat for a range of airflows and air pressures.

Determine Your Heater

27 heaters
Axial Fan Heaters
Axial Fan Heaters
1200 WMax Watt:
158 °FMax Inlet:
290 °FMax Exhaust:
1Min SCFM:
105Max SCFM:
–PSIG:
Cool Touch™ 050
Cool Touch™ 050
500 WMax Watt:
250 °FMax Inlet:
1300 °FMax Exhaust:
1Min SCFM:
7.5Max SCFM:
120PSIG:
Cool Touch™ 150
Cool Touch™ 150
5000 WMax Watt:
250 °FMax Inlet:
1300 °FMax Exhaust:
4.8Min SCFM:
70Max SCFM:
120PSIG:
Cool Touch™ 200
Cool Touch™ 200
12500 WMax Watt:
250 °FMax Inlet:
1300 °FMax Exhaust:
9.6Min SCFM:
100Max SCFM:
120PSIG:
Crossflow Blower Heater - 5.55"
Crossflow Blower Heater - 5.55"
1500 WMax Watt:
290 °FMax Inlet:
662 °FMax Exhaust:
0Min SCFM:
0Max SCFM:
–PSIG:
Crossflow Blower Heater - 7.91"
Crossflow Blower Heater - 7.91"
2250 WMax Watt:
290 °FMax Inlet:
662 °FMax Exhaust:
0Min SCFM:
0Max SCFM:
–PSIG:
Crossflow Blower Heater - 10.32"
Crossflow Blower Heater - 10.32"
3500 WMax Watt:
290 °FMax Inlet:
662 °FMax Exhaust:
0Min SCFM:
0Max SCFM:
–PSIG:
Crossflow Blower Heater - 12.72"
Crossflow Blower Heater - 12.72"
4500 WMax Watt:
290 °FMax Inlet:
662 °FMax Exhaust:
0Min SCFM:
0Max SCFM:
–PSIG:
Crossflow Blower Heater - 14.98
Crossflow Blower Heater - 14.98
5000 WMax Watt:
290 °FMax Inlet:
662 °FMax Exhaust:
0Min SCFM:
0Max SCFM:
–PSIG:
Duct Heater 12
Duct Heater 12
16000 WMax Watt:
800 °FMax Inlet:
800 °FMax Exhaust:
200Min SCFM:
7000Max SCFM:
–PSIG:
Duct Heater 13
Duct Heater 13
32000 WMax Watt:
800 °FMax Inlet:
800 °FMax Exhaust:
200Min SCFM:
7000Max SCFM:
–PSIG:
Duct Heater 22
Duct Heater 22
48000 WMax Watt:
800 °FMax Inlet:
800 °FMax Exhaust:
700Min SCFM:
25000Max SCFM:
–PSIG:
Duct Heater 6
Duct Heater 6
6000 WMax Watt:
800 °FMax Inlet:
800 °FMax Exhaust:
50Min SCFM:
1800Max SCFM:
–PSIG:
Flow Torch™ 200
Flow Torch™ 200
6000 WMax Watt:
250 °FMax Inlet:
932 °FMax Exhaust:
10Min SCFM:
115Max SCFM:
120PSIG:
Flow Torch™ 400
Flow Torch™ 400
35000 WMax Watt:
250 °FMax Inlet:
932 °FMax Exhaust:
19Min SCFM:
500Max SCFM:
3PSIG:
Flow Torch™ 600
Flow Torch™ 600
60000 WMax Watt:
250 °FMax Inlet:
932 °FMax Exhaust:
38Min SCFM:
1100Max SCFM:
3PSIG:
Flow Torch™ 800
Flow Torch™ 800
75000 WMax Watt:
250 °FMax Inlet:
932 °FMax Exhaust:
76Min SCFM:
2000Max SCFM:
3PSIG:
Heat Torch™ 030
Heat Torch™ 030
300 WMax Watt:
250 °FMax Inlet:
932 °FMax Exhaust:
0.3Min SCFM:
1Max SCFM:
120PSIG:
Heat Torch™ 050 - Ceramic
Heat Torch™ 050 - Ceramic
600 WMax Watt:
250 °FMax Inlet:
1300 °FMax Exhaust:
1Min SCFM:
10Max SCFM:
120PSIG:
Heat Torch™ 050 - Mica
Heat Torch™ 050 - Mica
600 WMax Watt:
250 °FMax Inlet:
932 °FMax Exhaust:
1Min SCFM:
10Max SCFM:
120PSIG:
Heat Torch™ 075 - Ceramic
Heat Torch™ 075 - Ceramic
1000 WMax Watt:
250 °FMax Inlet:
1300 °FMax Exhaust:
1.3Min SCFM:
25Max SCFM:
120PSIG:
Heat Torch™ 075 - Mica
Heat Torch™ 075 - Mica
1000 WMax Watt:
250 °FMax Inlet:
932 °FMax Exhaust:
1.3Min SCFM:
25Max SCFM:
120PSIG:
Heat Torch™ 150
Heat Torch™ 150
5000 WMax Watt:
250 °FMax Inlet:
1300 °FMax Exhaust:
4.8Min SCFM:
70Max SCFM:
120PSIG:
Heat Torch™ 200
Heat Torch™ 200
12500 WMax Watt:
250 °FMax Inlet:
1300 °FMax Exhaust:
9.6Min SCFM:
100Max SCFM:
120PSIG:
Pressure Torch™ 400
Pressure Torch™ 400
35000 WMax Watt:
250 °FMax Inlet:
932 °FMax Exhaust:
19Min SCFM:
500Max SCFM:
150PSIG:
Pressure Torch™ 600
Pressure Torch™ 600
60000 WMax Watt:
250 °FMax Inlet:
932 °FMax Exhaust:
38Min SCFM:
1100Max SCFM:
150PSIG:
Pressure Torch™ 800
Pressure Torch™ 800
75000 WMax Watt:
250 °FMax Inlet:
932 °FMax Exhaust:
76Min SCFM:
2000Max SCFM:
150PSIG:
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