[Case of Concern] Flow Electrification in the Transport Line of Flammable Paint

Achieve a stable electrical resistance value (conductivity: dissipation property grade) regardless of hose length!

We would like to introduce a case study regarding the flow electrification of flammable paint transport lines. When liquid flows through pipes (hoses), charge separation occurs due to the flow, resulting in static electricity being generated on both the liquid and the hose. Therefore, it is necessary to make the entire contact surface of the hose conductive. The conductive super-flexible fluorine spring "E-SJSD" achieves a stable electrical resistance value regardless of the length of the hose by using conductive resin and stainless steel wire. This helps to suppress the risk of ignition caused by static electricity, allowing for the safe transport of flammable paint. [Case Overview] - Organic solvent-based paints are flammable fluids, making static electricity countermeasures essential. - A hose that is resistant to bending is desirable for operational purposes. - Measures against flow electrification are necessary. *For more details, please download the PDF or feel free to contact us.

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