Conductivity: A physics concept, also known as conductance. In a medium, this quantity multiplied by the electric field strength E equals the current density J. For isotropic media, conductivity is a scalar; for anisotropic media, it is a tensor. In ecology, conductivity refers to the ability of a solution to conduct electricity, represented numerically. Units are Siemens per meter (S/m).

Conductivity is a parameter that describes the ease with which charge flows through a material. The standard unit of conductivity σ is Siemens per meter (abbreviated as S/m), which is the reciprocal of resistivity ρ.

Conductivity Unit Conversion: The standard unit for specific conductivity is Siemens per meter (S/m), where S represents Siemens, 1S = 1000mS = 1,000,000μS, 10,000us/cm = 1 S/m. μ is the Greek letter representing 10^-6, pronounced "micro"; S is the international unit of conductivity, pronounced "Siemens"; cm is the length unit "centimeter," 1cm = 10^-2m. μs/cm is read as micro-Siemens per centimeter, which is a unit of conductivity. Conversion: 1us/cm = 10^-4 S/m

Application Fields

Potable Water Plant / Desalination Plant

Wastewater treatment, wastewater testing

Mining and smelting, papermaking, pulp concentration

Environmental Protection Industry, Desulfurization and Denitrification, Wastewater Evaporation

Sanitary applications, food and beverage processing industry

Laboratory or testing equipment, thermal power generation, petrochemical industry, textile spinning, etc.

Product Features

Multiple electrode constants are available for selection.

K=0.01 (for ultra-pure water, pure water measurement), K=0.1 (for drinking water, tap water measurement), K=1 (for raw water, general industrial water use, etc.), K=10 (for wastewater measurement)

Technical Specifications

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