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Smart Radar Flowmeter Non Contact High Precision Hydrological Flow Monito

2026-08-20

With the rapid upgrading of smart water conservancy, urban water services and industrial automation, the drawbacks of traditional contact flow monitoring equipment, including susceptibility to environmental interference, high maintenance costs and limited applicable scenarios, have become increasingly prominent. To meet the industry demands for high-precision, all-weather and maintenance-free flow monitoring, the smart radar flowmeter adopts mature microwave detection technology and integrates multi-dimensional monitoring functions. It breaks through the limitations of traditional equipment and serves as an optimal choice for hydrological monitoring, water supply and drainage, and industrial water treatment fields.

2026

Smart pH Sensor High Precision Online Water Quality Monitoring Equipment

2026-08-18

The smart pH sensor FST100‑PH105 is an industrial‑grade high‑precision online water quality monitoring device. Based on the proven glass electrode detection principle, it realizes real‑time synchronous monitoring of water pH value and temperature. Featuring stable performance, convenient installation and strong compatibility, it is widely applied in various water quality monitoring scenarios and serves as a core intelligent sensing device for water treatment, environmental protection monitoring, aquaculture and other fields.

2026

3D Ultrasonic Wind Field Sensor High Precision Stainless Steel Monitor

2026-08-17

In numerous sectors including meteorological monitoring, environmental governance, infrastructure construction and mining, as well as industrial manufacturing, accurate, stable and all‑weather wind‑field monitoring serves as the core foundation for stable equipment operation, safe working‑condition control and precise data acquisition. Restricted by mechanical structures, traditional mechanical wind speed and direction gauges are prone to wear, jamming, data deviation, frequent calibration and high failure rates. They can hardly meet the demands of long‑term continuous monitoring outdoors and under complex working conditions. The FST200‑209 3‑D ultrasonic wind speed and direction sensor perfectly addresses many pain points of conventional monitoring devices and has become an excellent upgrade option for current wind‑field monitoring scenarios.

2026

All Weather Wind Speed and Direction Sensor High Precision

2026-08-14

The integrated wind speed & direction sensor features a high‑quality aluminium‑alloy housing manufactured by precision die‑casting with special moulds. It delivers minor dimensional tolerances and high surface finish, with advantages of high mechanical strength, water resistance, corrosion resistance, anti‑aging performance and superior weather resistance. Internal circuits are fully protected, fitted with military‑grade cable connectors with outstanding anti‑corrosion and anti‑erosion performance, enabling long‑term operation outdoors and under harsh complex working conditions. The built‑in imported bearing system guarantees the accuracy of wind speed and direction data acquisition at hardware level, effectively preventing data deviation and jamming caused by long‑time operation.

2026

3D Ultrasonic Wind Sensor High Precision All Weather

2026-08-13

The 3D ultrasonic wind speed and direction sensor performs measurement based on ultrasonic time‑difference technology. Without any mechanically moving parts, it fundamentally resolves common problems of mechanical devices such as jamming, abrasion, and severe interference from snow, wind and sand dust. Frequent on‑site calibration is not required, with nearly zero daily maintenance. It can operate stably round‑the‑clock for long periods, greatly cutting equipment operation‑and‑maintenance costs and labour expenses, and fits scenarios requiring continuous long‑term monitoring. Its practicality and durability far exceed those of traditional monitoring devices.

2026

Diffused Silicon Pressure Transmitter High Precision Stable Industrial Monitor

2026-08-12

Superior hardware craftsmanship and structural quality form the foundation for outstanding performance of this diffused‑silicon pressure transmitter. The whole unit adopts high‑quality 304 stainless‑steel construction; its pressure chamber is integrally machined and precision laser‑welded to deliver outstanding tightness for long‑term leak‑free safe operation. Featuring corrosion resistance, wear resistance, shock resistance and vibration resistance, it perfectly adapts to harsh industrial environments with high humidity, dust and corrosive agents. Core sensing elements undergo automatic computer‑aided testing and laser trimming. Equipped with zero‑point and span temperature compensation over a wide temperature range, it fundamentally minimizes measurement errors induced by temperature fluctuations and greatly improves long‑term operational stability.

2026

General Purpose Anti Interference Industrial Pressure Transmitter

2026-08-11

Modern industrial automation scenarios are complex and variable. Sites are often subject to temperature‑humidity fluctuations, electromagnetic‑radio‑frequency interference, instantaneous pressure shocks and erosion from various corrosive media. Insufficient stability of pressure‑measuring equipment may easily cause signal drift, medium leakage, measurement failure and other malfunctions, which directly disrupt the normal operation of the whole control system. Developed for harsh industrial working conditions, the general‑purpose industrial pressure transmitter adopts mature MEMS glass‑micro‑fusion core technology to deliver reliable and stable sensing solutions for industrial pressure monitoring.

2026

Heated Ultrasonic Wind Speed Direction Sensor for Environmental Monitoring

2026-08-10

In outdoor wind‑measurement scenarios such as meteorological monitoring, wind power generation and transportation infrastructure construction, traditional mechanical wind speed and direction meters have long been plagued by wear of rotating components, jamming caused by icing under low‑temperature conditions and the need for regular calibration and maintenance. Especially for unattended monitoring stations in mountainous, island and alpine regions, prominent challenges include equipment failures, inaccurate data and high operation‑and‑maintenance costs. Adopting ultrasonic time‑difference measurement technology and free of mechanically rotating parts, the FST200‑204A heated ultrasonic wind speed and direction sensor fundamentally eliminates the inherent drawbacks of mechanical devices, making it a preferred alternative for wind‑measurement equipment under various complex working conditions.

2026

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