Level switches are widely used in our daily lives, offering a variety of types, including rotary level switches, radio frequency admittance level switches, diaphragm level switches, tuning fork level switches, vibration rod level switches, and more. They leverage their unique advantages and are extensively applied in different working conditions.

Turbine Level Switches, suitable for measuring solid particles and dust, are primarily used in the measurement of materials such as feed, silicon dioxide, stone, spherical particles, wood chips, calcium powder, rubber, metal, limestone, grain, foundry sand, sawdust, coal powder, resin, raw hide, peanuts, and clay.

RF Impedance Level Switches, widely applied in various fields, including: chemical drugs, plastics, films, feed, grains, rubber drugs, liquid wastewater sand, food sludge cement, powdered coatings/textiles coal, granular solids oil pulp, and other material measurements.

Diaphragm Level Switches, the diaphragm level switches can be installed, maintained, replaced, or adjusted for sensitivity all externally, without the need to enter the container. In practical applications, it is not recommended to use them in environments where the material is light, sticky, or has large particles.

Tuning Fork Level Switch, Dual-purpose Level Switch with Intelligent Circuit for Tuning Fork Level Switch, suitable for almost all light liquids and easily flowing solids

The vibration rod level switch is suitable for monitoring powders, grains, or lump materials (with a diameter not exceeding 5-10 cm). If the material density is less than 0.05 kg/dm³, the internal friction of the material is insufficient to reduce the amplitude of the vibration switch. This type of vibration position switch is widely used for monitoring materials such as coal, cement, limestone, grain, sugar, and fly ash.

The level switch plays a crucial role in material level control, with high demands on the natural fluidity of the material. Among numerous fields, the level switch has thrived due to its significant contributions and diverse types, leveraging its inherent advantages, achieving better development and widespread application.