TSI Incorporated Datasheets for Vaporizers
Vaporizers are heat exchangers that convert liquefied gases to a warm gaseous product. The heat source can be ambient air, steam or water.
Vaporizers: Learn more
| Product Name | Notes |
|---|---|
| The 2800 Turbo-Vaporizer™ can be operated at temperatures up to 300ºC, making it a great commercial solution for high temperature applications. This classic system is a great choice for stable... | |
| The 2800PE Turbo-Vaporizer™ is a great all around vaporizer and works well for most applications. This model has the state-of-the art PE atomizer with on-board flow control and features a heat... | |
| The 2801PE Turbo-Vaporizer™ was designed for high flow, expansive vapors, making it a good solution for high flow TEMAZr applications. This model has the state-of-the art PE atomizer with on-board... | |
| The 2820 Turbo-Vaporizer™ is a classic system. This model is a great choice for easy to vaporize precursors, and features wide internal channels to minimize clogging. Dimensions 224 mm x 183... | |
| The 2820D Turbo-Vaporizer™ has dual liquid inlets, making it a good choice for research applications or processes that require multiple liquids. The core system is very similar to the classic... | |
| The 2821 Turbo-Vaporizer™ is our highest liquid flow rate unit. This model features 3600W of heater power and can be used to deliver flow rates up to 6000g/hr (TEOS or equivalent). Dimensions... | |
| The 2840PE Turbo-Vaporizer™ is one of our smallest vaporizers and has the state-of-the art PE atomizer with on-board flow control. This model has been optimized for low flow applications; featuring... | |
| The 2841PE Turbo-Vaporizer™ was designed for high flow water vapor. This model has the state-of-the art PE atomizer with on-board flow control, and dual heaters to combat evaporative cooling at... | |
| The 2860PE was designed as a drop-in replacement for poorly performing DLI valves. This model has the state-of-the art PE atomizer with on-board flow control, delivering superior vapor quality with significantly lower... |