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Built for Slurry. Designed for Tough Media.
Solid particles, sediment buildup, and continuous impact can quickly compromise conventional pressure transmitters, resulting in clogged pressure ports, unstable readings, and frequent maintenance. Slurry applications are among the most challenging environments for pressure measurement. Our Flush Diaphragm Slurry Pressure Transmitter is engineered specifically for these demanding conditions: ✔ Flush diaphragm design prevents material accumulation and […]
Multivariable Transmitter. One Transmitter. Complete Flow Measurement.
Traditional differential pressure flow measurement often requires multiple instruments, complex wiring, and extensive field installation. Our Multivariable Transmitter simplifies the entire process by integrating differential pressure, static pressure, flow calculation, compensation, display, and output into a single compact device. Powered by high-precision monocrystalline silicon differential pressure and pressure sensors, the sensing elements are mechanically and […]
From pilot projects to field-proven performance — another Single Flanged Differential Pressure Transmitter successfully delivered.
Every stable operation in the field is built on countless rounds of testing, feedback, optimization, and trust from our global partners. Their continuous support helps our pressure transmitter solutions expand into more industries and more demanding applications. We may not pursue the fastest growth, but we insist on making every step solid, reliable, and sustainable. […]
Unlimited Possibilities of Monocrystalline Silicon Differential Pressure Transmitters
Not only built with advanced manufacturing technology and rigorous calibration processes, but also with flexible housing customization solutions designed for diverse industrial demands. From production to final calibration, every detail matters: • High-precision monocrystalline silicon sensing technology • Strict calibration and compensation procedures • Stable long-term performance • Reliable measurement in demanding environments • Multiple […]
Small Size, Massive Capability.
Can hygienic design and corrosion resistance coexist in one solution? Can a compact pressure transmitter handle both high temperature and corrosive media? Absolutely. From aggressive chemicals to sanitary processes, from high-temperature environments to demanding industrial applications, the right transmitter is never just about size — it is about engineering the right material, sealing structure, sensing […]
Small transmitter can also deliver big performance in harsh industrial environments.
Our partner chose to equip the Hirschmann pressure transmitter with a PVDF threaded connection and a ceramic piezoresistive sensing cell — transforming it from a simple water and air measurement device into a reliable solution for demanding corrosive applications. Compact in design, yet capable of handling aggressive media with confidence. ✔ Accuracy up to 0.5% […]
Minimalist in Structure, Powerful in Performance
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 details that cannot be compromised. ✔️ Industrial-grade encapsulation ✔️ Self-developed electronic circuit system ✔️ Rigorous […]
Our G1.0 Thread Connection Diaphragm Pressure Transmitter is designed to simplify the challenge.
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 it ideal for applications where hygiene, stability, and easy maintenance matter. Features:✔ Flush diaphragm design […]
How would you like to armor your hydrostatic level transmitter!
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 metal housings and conventional cables may gradually surrender to corrosion, this fully corrosion-resistant structure is […]
DP Transmitter Application in Low Reynold Fluids and Wedge Flow Meter
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 for these demanding industrial conditions. Widely applied across industries including oil & gas, chemical processing, […]
Differential Pressure Transmitters Application in Natural Gas Flow Measurement
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. Combined with primary elements such as orifice plates, venturi tubes, or flow nozzles, they convert […]
What Diaphragm, Probe and Cable Materials for Hydrostatic Pressure Transmitters in Seawater 🌊 Applications?
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 to chloride attack.🔹 Body: PVDFA fully corrosion-resistant barrier, unaffected by seawater and most aggressive chemicals.🔹 […]
How would you armor your pressure transmitter?
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 be transformed into a truly corrosion-resistant instrument. ✔ Resistant to strong acids and alkalis✔ Exceptional […]
Not all level measurement technologies are created equal.
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 hardware — it’s the result of continuous technological evolution and algorithm refinement. At the core […]
In hygienic applications, design is not just about performance — it’s about compliance, safety, and cleanability.
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 finish — easy to clean, easier to sterilize✔ Hygienic construction — built for reliable performance […]
Lead Processing Is Tough — Your Pressure Measurement Shouldn’t Be.
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 combustion and safety• Gas handling systems – maintaining proper draft and emission control• Filtration & […]
How to choose right diaphragm material for sulfuric acid (H₂SO₄)?
Concentration and temperature both essential: 🔬 Sulfuric Acid Compatibility vs. Diaphragm Materials 1. Low Concentration (<30%)Corrosion behavior: Highly aggressive due to strong ionizationRecommended materials:PTFE (Teflon-lined diaphragm)Hastelloy C-276Why: Dilute sulfuric acid is often more corrosive than concentrated acid 2. Medium Concentration (30–70%)Corrosion behavior: Still aggressive, especially with rising temperatureRecommended materials:Hastelloy C-276Tantalum (excellent but costly)Caution: Standard stainless […]
Pressure Transmitters in Coking Plants – Built for the Harshest Conditions
Coking plants are among the most demanding industrial environments. High temperatures, corrosive gases, dust, and pressure fluctuations all put instrumentation to the test.In these conditions, pressure transmitters play a critical role in maintaining process stability, safety, and efficiency.From coke ovens to gas treatment systems, pressure transmitters are widely used in: Gas pressure monitoring in coke […]
Fully PTFE static pressure level transmitter is built to handle the toughest corrosive environments
I’ve always appreciated sample orders. Not just because they represent future growth, but because they reflect something even more important—careful validation. In complex applications, thorough sample testing is essential. It helps eliminate information gaps, reduce misunderstandings, and most importantly, prevent costly risks in large-scale deployment. A small step upfront can safeguard long-term success. We believe […]
Hirschmann-type pressure transmitters,Small Size, Big Energy.
Hirschmann-type pressure transmitters are widely used for pressure measurement and control in gases, liquids, and steam applications. Their compact design makes them an ideal choice for installations where space is limited—but performance cannot be compromised. When projects involve a large number of measurement points, selecting the right pressure transmitter becomes more than just a technical […]
Battery production demands precision, consistency, and safety at every stage. Pressure transmitters play a critical role in ensuring stable process control across the entire manufacturing chain.
Key Application Points Why It MattersProcess Stability → Reduced variation across batchesHigher Yield → Less scrap, more consistent outputOperational Safety → Early detection of leaks or abnormal pressureEnergy Efficiency → Optimized vacuum and gas control systemsEngineering Perspective In battery manufacturing, pressure is not just a parameter—it is a control variable directly linked to quality and […]
Precision in Every Detail — Why Manufacturing Matters in Pressure Transmitters
Precision in Every Detail — Why Manufacturing Matters in Pressure Transmitters In differential pressure transmitter production, mechanical consistency directly impacts long-term performance and reliability. Our approach: • Four-axis simultaneous clamping eliminates uneven stress distribution caused by single-axis fixation, ensuring uniform force at all four points • This not only improves structural integrity, but also enhances […]
Where do pressure transmitters work in a power plant?
• Boiler & Steam DrumMaintain precise drum level via differential pressure measurement, ensuring optimal steam-water separation and preventing carryover or dry firing. • Feedwater SystemControl pump discharge pressure and flow balance, enabling stable boiler supply under varying load conditions. • Steam Lines & Turbine InletMonitor main steam pressure to ensure turbines operate within design limits […]
Why Guided Wave Radar (GWR) Still Wins in Critical Level Measurement Applications
In an era where non-contact radar is rapidly evolving, Guided Wave Radar (GWR) continues to hold a decisive edge in some of the most demanding industrial environments. Where GWR Outperforms Other Radar Technologies 1. Immunity to Process ConditionsUnlike free-space radar, GWR uses a probe to guide the microwave signal directly to the media surface.→ No […]
Good Pressure Core&Welding Make Excellent Submersible Level Transmitter
When evaluating a submersible level transmitter, attention often goes to specifications such as range, accuracy, or output signal. However, two fundamental factors determine long-term reliability in real applications: the pressure sensing core and the welding quality of the probe. 1. High-quality pressure sensing core The pressure core is the heart of the transmitter. Its stability […]
Single-Crystal Silicon vs Diffused Silicon Pressure Transmitters — What’s the Difference?
1️⃣ Sensor Structure Diffused Silicon Formed by diffusing impurities into a silicon diaphragmUses piezoresistive strain gauges integrated on the siliconMature and widely adopted technology Single-Crystal Silicon Built from a single crystal silicon wafer with micro-machined structureOften fabricated using MEMS technologyHighly uniform crystal structure improves repeatability 2️⃣ Accuracy & Stability Diffused Silicon• Typical accuracy: ~0.2–0.5% FS• […]
Same appearance. Completely different applications.
A hydrostatic level sensor may look simple — just immerse it into the liquid and get accurate level readings.But behind this simplicity lies critical engineering evaluation.✔️ Is the medium corrosive?Are both the probe and cable made of materials that can truly withstand it?✔️ Are there particles causing impact or abrasion?Have we selected a wear-resistant sensing […]
Production may remain at peak for a full month after the holiday — yet our lead time stays within just a few days, with consistent quality and performance.
During the 10-day Chinese New Year break, business paused locally — but globally, demand never stopped. Orders poured in and all started immediately in the first days after reopening.Contributed by our streamlined internal processes and efficient production system, every order is delivered on time — without compromise.#Manufacturing #IndustrialAutomation #PressureTransmitter #LevelMeasurement
How Do You Choose Diaphragm Material for (Diff) Pressure Transmitter?
It is an option allow for no mistake. HC (Hastelloy C) & HB (Hastelloy B) These materials offer excellent hardness and corrosion resistance. They withstand high pressure and temperature fluctuations, ensuring long-term stability and measurement accuracy in aggressive industrial environments. Ta (Tantalum) A rare metal known for exceptional corrosion resistance and high-temperature stability. Ideal for […]
Looking back at old project photos is always inspiring.
Our Korean partner used 26G radar level transmitter for cement silos monitoring and control initially, and shift to 80GHz radar in 2023, What typical features lead this change? Choosing a validated solution is what truly protects your automation investment.HCDAR81 – 80GHz Radar Level TransmitterYour reliable “eye” for silo level monitoring, empowering efficient and safe automation […]
Ultrasonic level sensors may not be the “next big star” — but the market tells a different story.
Our sales data shows that demand remains strong, and there are very practical reasons behind it. Why ultrasonic level measurement still matters:1️⃣ Unmatched cost competitivenessWith local display and on-site configuration, ultrasonic level sensors remain more price-competitive than radar —yes, more competitive than any radar brand or model you may know. 2️⃣ Local operation still wins […]
Measuring Ultra Small Pressure Range Accurately.
When measuring very small pressure ranges, such as 0–1 kPa, sensor selection becomes critical. In many cases, a differential pressure transmitter can deliver better accuracy and stability than a traditional gauge pressure transmitter.Why? DP transmitter has low pressure end measuring all time to make sure ambient pressure changed won’t affect accuracy. The sensing part is […]
Do you really need a single-crystal silicon pressure transmitter for every application?
This compact pressure transmitter, based on diffused silicon technology, proves that excellent performance does not have to come with unnecessary complexity or cost. Why this approach makes sense: Stable and reliable measurement–Diffused silicon technology delivers excellent long-term stability when properly engineered. No compromise on performance–Accuracy, repeatability, and robustness meet the demands of most industrial pressure […]
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