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This handheld anemometer is designed for measuring wind speed with a rotating vane system. It features a digital display for environmental monitoring and weather tracking applications.
This handheld meter measures PM2.5, PM10, and formaldehyde (HCHO) levels in real-time. It features a digital display for easy reading and user-friendly controls.
This handheld detector measures formaldehyde (HCHO) levels in real-time. It features a backlit display and auto power-off for environmental monitoring.
The filter media performance tester is equipped with a light scattering spectrometer. It is designed for simultaneous measurements in the raw gas and clean gas.
This dust filter efficiency test system assesses pulse clean filter characteristics according to VDI / DIN 3926, ASTM D6830-02, ISO 11057, GB / T 6719, and GB12625 standards. It employs both static and dynamic testing methods for various cleanable filter media in dry environments.
This automated laser particle size analyzer uses laser diffraction technology to measure particle size in wet suspensions. Its automated system ensures consistent results for applications like pharmaceutical research and environmental monitoring.
This water detector is designed for detecting underground water sources at depths of 500-800m. It analyzes the position and depth of underground water by monitoring changes in underground electrical resistivity through electrical field intensity measurements.
This multi-function natural electrical field detector is designed for water detection at depths of 300-500m. The detector measures the intensity of the electrical field to analyze the position and depths of underground water by monitoring changes in underground electrical resistivity.
This water detector is specifically designed for depths of 200-300m. It monitors changes in underground electrical resistivity by measuring the intensity of the electrical field to analyze the position and depth of underground water.
This water detector is designed for identifying underground water sources up to 150m deep. It analyzes the intensity of natural electrical fields to determine the position and depth of underground water.
This high-speed extraction system is designed for rapid and efficient extraction processes. It features a multi-stage separation system with stacked sieves for particle size analysis and is suitable for soil testing, material analysis, and environmental monitoring.
This data logger is a precision instrument designed for continuous and accurate environmental monitoring. The device records data over extended periods, providing valuable insights into environmental conditions.
The NMR water detector employs nuclear magnetic resonance to directly detect subsurface water. By analyzing amplitude variations, this system identifies the occurrence of aquifers at varying depths.
This water detector uses an industrial PC as the main controller with a Windows control panel for high automation. The power supply method utilizes a 'Big currency small coil' to achieve a 200A big currency continuous square-wave power supply.
This instrument uses advanced technology to amplify signals in complex natural electric fields, incorporating shielding and selective signal processing. It performs multiple anti-jamming functions and is designed for identifying subsurface water sources.
The neutron combined probe is a precision instrument for neutron detection and measurement. Its robust construction and sensitive detection capabilities make it suitable for nuclear research, material analysis, and industrial gauging.
This portable engineering logging system is designed for field data acquisition and analysis. Its rugged, weatherproof enclosure ensures protection in harsh environments.
The DSHW422 is a combined probe designed for measuring both temperature and liquid resistivity. It is suitable for applications such as locating the aquifer bed or thermal spring in geothermal surveys, and searching for petroleum and gases.