Capture, collect, and remove mist and suspended droplets from gas samples!
● The shell and tube heat exchanger continuously removes solvent droplets, mist, and vapor from the sample flow. ● The counterflow cooling jacket configuration lowers the temperature of the sample gas and promotes condensation. ● Internal stainless steel mesh packing: provides additional surface area for cooling and improves system reliability. ● Low maintenance - minimal maintenance costs and unplanned downtime due to the absence of moving parts. ● Corrosion-resistant structural materials - stainless steel tubes with copper jackets. ■ Neutronics' demister is a pre-treatment component for products. In many applications, it is necessary to lower the temperature and remove suspended liquid droplets from the gas sample flow. Designed for water or air, the cooling jacket allows the demister to function like a heat exchanger, lowering the temperature of the sample gas. The internal stainless steel mesh packing serves two purposes: it provides the additional surface area needed for cooling and captures, collects, and removes mist and suspended liquid droplets from the gas sample flow.
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basic information
Material: Stainless steel, copper cooling jacket Packaging material: Stainless steel mesh and screen, Teflon baffle plate Cooling water: Minimum 0.25 gpm to maximum 1.0 gpm, temperature ≤ 12℃ Compressed air: Minimum 11 scfm @ 100 psig Size/Sample temperature: 24" size, temperature ≤ 41℃ 36" size, temperature ≤ 93℃
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Applications/Examples of results
◼ Inline cooling and floating liquid removal ◼ For solvent-based or powder processing systems
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Company information
We introduce various measuring instruments and devices related to moisture management, including the domestic capacitive dew point meter TK-100 series, mirror-type dew point meters, oxygen concentration meters, humidifiers, and moisture meters for corrosive gases. By organically combining these, as well as through piping, line creation, and unitization, we provide customized products and respond quickly to complex issues.