hakkında şirket haberleri Why is Material Selection Critical for Conductivity Sensors in Industrial Wastewater Treatment?

Industrial wastewater is often a harsh environment characterized by corrosive chemicals, varying pH levels, and suspended solids. When selecting a conductivity sensor for these applications, the housing material must be durable enough to withstand chemical attack. While stainless steel is excellent for general use, ABS or PSS (Polysulfone) materials are frequently chosen for their superior chemical resistance against aggressive acids and bases found in industrial discharge. These plastic-based housings provide a cost-effective yet robust solution for long-term immersion in treatment tanks where metallic probes might corrode or foul.

In terms of measurement, industrial wastewater typically requires a much broader range, such as 0 to 200 mS/cm. High conductivity often indicates high levels of dissolved salts or chemical pollutants, which the controller can translate into TDS (Total Dissolved Solids) or Salinity readings. These metrics are vital for ensuring compliance with environmental regulations before the water is discharged into municipal systems. Additionally, industrial processes can operate under significant pressure; therefore, sensors rated for 0 to 10 bar or even 17 bar are essential to prevent housing failure in pressurized pipelines. A reliable single-channel controller simplifies this complex data, providing real-time temperature-compensated readings that allow for immediate adjustments in the treatment process.