Support for the removal of mist and droplets in paint manufacturing.
In the paint industry, removing mist and suspended droplets during the manufacturing process is crucial to maintaining consistent product quality. These foreign substances can compromise the uniformity of the paint, potentially leading to poor finish appearance and decreased performance. Neutronics' demister effectively removes mist and droplets from gas samples, supporting the production of high-quality paint. 【Application Scenarios】 - Paint manufacturing lines - Quality control departments - Research and development departments 【Benefits of Implementation】 - Improved paint quality - Increased product yield - Realization of a stable manufacturing process
Inquire About This Product
Related Videos
basic information
【Features】 - Shell and tube heat exchangers remove mist and droplets - Counterflow cooling jackets promote condensation - Internal stainless steel mesh packing provides cooling surface area - Low maintenance minimizes downtime - Corrosion-resistant structural materials 【Our Strengths】 Leveraging the technology cultivated as a domestic dew point meter manufacturer, we offer product proposals tailored to customer needs and support after implementation. We handle various measuring instruments and devices related to moisture management, providing optimal solutions tailored to customer challenges.
Price information
Please contact us.
Delivery Time
Applications/Examples of results
◼ Inline cooling and floating liquid removal ◼ For solvent-based or powder processing systems
catalog(1)
Download All CatalogsCompany 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 custom-made products and respond quickly to complex issues.





