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A Single Crystal Silicon Differential Pressure Transmitter may look simple at first glance. Two clamping blocks, one sensor, one signal amplification circuit, and one housing — and the transmitter is assembled. But behind every stable and accurate measurement lies countless…
Dead corners. Clogging. Difficult cleaning.These are common headaches in viscous, crystallizing, or particle-containing media measurement. Our G1.0 Thread Connection Diaphragm Pressure Transmitter is designed to simplify the challenge. The flush diaphragm structure minimizes residue buildup and helps prevent blockage, making…
How would you like to armor your hydrostatic level transmitter! ✅ PVDF Body ✅ PTFE Cable ✅ Ceramic Sensing Cell This combination gives the transmitter exceptional resistance against aggressive acids, alkalis, saline media, wastewater, and other harsh chemical environments. While…
Not all flow measurement applications are clean and easy. Low Reynolds number fluids, viscous media, sludge, steam, particles, and dusty environments often challenge conventional flow technologies. Our self-developed high-accuracy differential pressure transmitter, combined with wedge flow meter technology, is engineered…
Natural gas flow measurement demands more than just accuracy — it requires long-term stability, fast response, and reliable performance under pressure. Differential Pressure Transmitters remain one of the most trusted solutions for gas flow measurement in pipelines and process systems.…
High chloride content, bioactivity, and constant exposure make seawater one of the most aggressive environments for level measurement. Skip the long thesis about 316L, Hastelloy, Titanium, or PUR…Check out our imperivous solution 🔹 Diaphragm: CeramicNaturally corrosion-proof, highly stable, and immune…
In aggressive environments, material selection isn’t just a detail — it’s the difference between reliability and failure. By integrating PVDF or PEEK into the wetted parts — or even extending protection to the entire body — a pressure transmitter can…
Among countless options, 80 GHz radar level transmitters stand out as the undisputed leader. With non-contact measurement, they thrive where others struggle:▪ Ultra-high temperatures▪ High pressure environments▪ Corrosive media▪ Agitated surfaces▪ Dust-heavy conditions Behind a rugged enclosure lies more than…
Our Hygienic Pressure Transmitters are engineered to meet stringent GMP requirements, featuring specialized housing and connection designs tailored for sanitary environments. What makes the difference? ✔ Smooth, crevice-free surface design — no dead zones where residue can accumulate✔ High surface…
From smelting furnaces to refining and casting, lead production operates in some of the harshest industrial environments:high temperatures, corrosive gases, dust, and constant vibration. Pressure transmitters play a critical role across these processes: • Furnace pressure monitoring – ensuring stable…