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eyc-tech

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eyc-tech

eyc-tech is dedicated to manufacturing measurement products.

Measuring Specialis
Enhance your capability with sensor technology
Air flow, Humidity, Dew point, Differential pressure, Temperature, Level, Air quality, Signal meter With professional R&D team, certificated factory and decades of experience in field, eyc-tech keeps bringing innovation to sensor technology and measurement technology. We provide wide range of measuring products includes airflow, temperature and humidity, dew point, liquid flow, differential pressure, pressure, liquid level, air quality, signal meter, etc. Our products cover many industries such as industrial process, system integration, exhaust gas removal, compressed dry air and HVAC. In the future, we will continually challenge ourselves in the professional and develop innovative products to exceed the high standard of our customers. eyc-tech transmitter：
air flow, air velocity, humidity, dew point, differential pressure, liquid flow, temperature, pressure, level, air quality, signal meter

13/10/2026

😮 In semiconductor, biopharmaceutical, and electronics manufacturing, process stability depends on more than individual equipment.

From cleanroom temperature, humidity, and differential pressure to HVAC air velocity and flow, process exhaust, CDA, nitrogen, cooling water, and equipment piping, measurement data across different systems are interconnected.

📌 By measuring multiple parameters—including temperature, humidity, air velocity and flow, differential pressure, dew point, pressure, liquid flow, and level—facilities can continuously monitor:
✔️ Cleanroom and process equipment environments
✔️ HVAC airflow and energy-efficient environmental control
✔️ Process exhaust and waste gas treatment
✔️ CDA and high-purity gas supply
✔️ Cooling water and process piping
✔️ Air cooling and liquid cooling in AI data centers
✔️ Glove boxes and biological safety cabinets

👍 eyc-tech provides measurement solutions covering environmental conditions, airflow, gases, and liquid piping. Our solutions can also integrate with existing BMS, SCADA, PLC, or data acquisition systems to establish a continuous and traceable process measurement framework.

👉 Explore the full application article：https://www.eyc-tech.com/semiconductor-biopharma-electronics-process--environmental-control

08/10/2026

🤔Semiconductor Process Basics | Why Can Process Equipment Still Overheat Even When Cooling Water Is Flowing?

🙁 In semiconductor process equipment, cooling water removes the heat generated during equipment operation. However, simply having water flowing through the pipeline does not mean that the actual flow rate and cooling water temperature meet the equipment requirements.

😮 When cooling water flow decreases or the temperature of the water entering the equipment increases, the actual cooling capacity may still be affected even if the water continues to circulate through the pipeline. Therefore, in addition to confirming whether cooling water is flowing, it is also necessary to monitor water flow velocity and temperature changes to further evaluate the cooling water supply conditions of the equipment.

💧 The FTC06 Temperature and Flow Transmitter utilizes the thermal mass measurement principle, with a water flow velocity measurement range of 0–3 m/s, an accuracy of ± (1% mv + 0.05 m/s), and a medium temperature range of 0–80°C. Through RS-485, water flow velocity and temperature data can be obtained simultaneously, allowing both cooling water flow and temperature changes to be monitored at a single measurement point.

🖇️ When paired with the DPM04 Flow Totalizer, operators can further monitor instantaneous flow and totalized flow directly at the equipment site, making it easier to verify the current cooling water supply conditions and accumulated usage over a period.

By combining the FTC06 with the DPM04, the cooling water conditions of process equipment can be monitored from real-time flow and medium temperature to totalized flow, establishing a more comprehensive cooling water measurement solution for process equipment.

📲 FTC06：https://www.eyc-tech.com/ftc06-flow-transmitter

📲 DPM04：https://www.eyc-tech.com/dpm04-flow-totalizer

06/10/2026

🙌 electronica 2026, a major global event for the electronics industry, will take place in Munich, Germany, on November 10–13, 2026.

🤗 eyc-tech will showcase a wide range of measurement products and application solutions for temperature, humidity, dew point, differential pressure, pressure, air velocity and volume, air flow, and liquid flow, with a focus on process environmental control, energy-efficient environmental control, and semiconductor process control.

We warmly invite equipment manufacturers, system integrators, semiconductor and electronics industry professionals, and partners worldwide to visit us at Hall A3｜Booth A3.161/5 to discuss your measurement needs and industry applications with the eyc-tech team.

▶️ Exhibition Highlights
✔ Semiconductor Process Control
✔ Process Environmental Control
✔ Energy-Efficient Environmental Control
✔ AI Data Center Cooling Measurement
✔ CDA & Process Air Supply

▶️ Exhibition Information
Exhibition｜electronica 2026
Dates｜November 10–13, 2026
Venue｜Messe München, Munich, Germany
Hall｜A3
Booth｜A3.161/5

📲 Visitor Tickets & Registration: https://electronica.de/en/trade-fair/tickets/

01/10/2026

🤔 Biopharmaceutical Basics | Does Normal Negative Pressure Mean a Biosafety Cabinet Is Operating Properly?

💡 A Biosafety Cabinet (BSC) creates a protective environment through negative pressure and directional airflow. Inward airflow at the front opening helps reduce the risk of contaminants escaping from the work area, while vertical airflow and HEPA filtration maintain controlled airflow within the workspace. Therefore, checking differential pressure alone is not sufficient to fully assess the actual airflow conditions inside a biosafety cabinet.

😮 In a biosafety cabinet, both inward and vertical airflow are relatively low-velocity airflow applications. When HEPA filter resistance increases, fan performance changes, or airflow paths are affected, the inward or vertical airflow may also change. Therefore, in addition to differential pressure, actual air velocity also needs to be measured.

🤗 The PMM06-D Ultra-Low Differential Pressure Transmitter offers a minimum measurement range of ±10 Pa and a minimum display value of 0.05 Pa, making it suitable for detecting small differential pressure changes within equipment or related airflow systems. When paired with the FDM06-L Bi-directional Low Air Flow Thermal Mass Transmitter, air velocity as low as 0.01 m/s can be measured while identifying both forward and reverse airflow, making it suitable for low-velocity airflow measurement.

👏By combining the PMM06-D for ultra-low differential pressure measurement with the FDM06-L for low air velocity and bi-directional airflow measurement, the operating conditions of biosafety cabinets and related airflow systems can be evaluated from both “differential pressure changes” and “actual airflow” perspectives, establishing a more comprehensive airflow measurement solution.

📲 PMM06-D：https://www.eyc-tech.com/pmm06-d-ultra-low-differential-pressure-transmitter

📲 FDM06-L：https://www.eyc-tech.com/fdm06-l-bi-directional-low-air-flow-thermal-mass-transmitter-duct-remote-type

29/09/2026

🖥️ As AI, GPU, and HPC computing densities continue to increase, heat loads per server rack are also rising, driving data center thermal management from traditional air cooling toward liquid cooling systems.

😮 However, stable liquid cooling performance cannot be evaluated by flow data alone. Supply and return temperatures, coolant flow, pump pressure, differential pressure, and liquid level can all reflect cooling capacity, circulation conditions, and equipment operating status.

🤗 eyc-tech provides temperature, flow, pressure, differential pressure, liquid level, and local display measurement solutions. Measurement points can be configured according to pipe size, equipment location, and liquid cooling system architecture, establishing a complete measurement foundation from facility cooling systems to server racks.

👍 Moving beyond single-point measurement toward system-level data comparison provides a more reliable basis for liquid cooling system troubleshooting, equipment maintenance, and system adjustment.

👉 View the Full Application Story：https://www.eyc-tech.com/ai-server-and-data-center-liquid-cooling-measurement-solutions

24/09/2026

🤔 Semiconductor Process Basics | If Cleanroom Differential Pressure Is Normal, Is the Airflow Necessarily Stable?

😧 In semiconductor cleanrooms, differential pressure between different areas is commonly used to control airflow direction and reduce the risk of external contaminants entering clean areas. However, normal differential pressure does not necessarily mean that local airflow within the cleanroom is stable. FFU airflow volume, equipment layout, personnel movement, or local obstructions can all affect low air velocity and airflow direction in work areas. Therefore, differential pressure and air velocity need to be measured separately.

👍 The PMM06-D Ultra-Low Differential Pressure Transmitter offers a minimum measurement range of ±10 Pa and a minimum display value of 0.05 Pa, making it suitable for detecting small differential pressure changes between cleanrooms and adjacent areas. When paired with the FDM06-L Bi-directional Low Air Flow Thermal Mass Transmitter, air velocity as low as 0.01 m/s can be measured while identifying both forward and reverse airflow. The FDM06-L is available in both Duct type and Remote type configurations, allowing the appropriate installation method to be selected according to the available space in FFUs, air ducts, or equipment interiors.

🤗 By combining the ultra-low differential pressure measurement of the PMM06-D with the low air velocity and bi-directional airflow measurement of the FDM06-L, facility managers can simultaneously determine whether “the differential pressure between areas is being maintained” and “the actual airflow remains stable.” This allows cleanroom environmental assessment to go beyond a single differential pressure value and provide a clearer understanding of actual airflow conditions.

📲 PMM06-D：https://www.eyc-tech.com/fdm06-l-bi-directional-low-air-flow-thermal-mass-transmitter-laminar-flow-overflow-type

📲 FDM06-L：https://www.eyc-tech.com/pmm06-d-ultra-low-differential-pressure-transmitter

22/09/2026

🤗 Accurate Airflow Measurement Provides the Foundation for HVAC Energy Efficiency

😧 Airflow inside a duct is not evenly distributed. Can a single-point measurement really represent the overall airflow?

By using multi-point averaging pressure measurement, more representative average air velocity and airflow data can be obtained, providing a reliable basis for airflow balancing, VFD fan adjustment, and energy management.

📌 AFMC｜HVAC, Cleanrooms, AI Data Centers
📌 AFMP｜Process Exhaust, Exhaust Gas Removal, Industrial Ventilation

Start with actual airflow data to build a more reliable foundation for HVAC management.

👉 Read the Full Application Article:https://www.eyc-tech.com/hvac-airflow-measurement-averaging-pitot-tube

16/09/2026

🤔 Semiconductor Process Basics | How Does an Average Flow Measuring Tube Measure Air Velocity?

🤗 In the HVAC and ventilation systems of semiconductor facilities, airflow inside ducts is affected by duct configuration, bends, and equipment layout, resulting in different air velocity distributions. Therefore, an Average Flow Measuring Tube can be used to obtain pressure signals from multiple locations. Combined with a Differential Pressure Transmitter, it enables the calculation of air velocity and airflow within the duct.

✨ The AFMC HVAC Average Flow Measuring Tube operates based on the Pitot tube principle by measuring the total pressure and static pressure generated by the airflow. The difference between these two pressures is the dynamic pressure. Since dynamic pressure is proportional to the square of the air velocity, the air velocity inside the duct can be calculated from the differential pressure.

📌 The AFMC HVAC Average Flow Measuring Tube features a multi-port averaging pressure sampling structure that averages the differential pressure collected from multiple measuring points, providing more stable and reliable measurement results. Combined with the PMM330 Differential Pressure Transmitter, it supports air velocity measurement down to 1 m/s, making it suitable for applications such as air handling units (AHUs), main ducts, supply and return air ducts, and supply and exhaust air systems.

➡️ By combining the Average Flow Measuring Tube with the Differential Pressure Transmitter, the differential pressure inside the duct can be converted into air velocity data, helping users understand the airflow conditions of HVAC and ventilation systems and establish a more complete air velocity measurement solution.

📲 AFMC：https://www.eyc-tech.com/afmc-hvac-average-flow-measuring-tube

📲 PMM330：https://www.eyc-tech.com/pmm330-differential-pressure-transmitter-indoor

10/09/2026

🤔 Semiconductor Process Basics | How Can You Quickly Monitor the Dew Point of Compressed Air?

💡 In semiconductor manufacturing, the dew point of compressed air directly affects the quality of the air supply. If the dew point rises abnormally, it indicates an increase in moisture within the system, which may cause pipeline condensation, equipment malfunction, or even affect process stability. Therefore, in addition to continuously monitoring the dew point, it is even more important for on-site personnel to identify dew point changes immediately.

📌The THS88ECO Industrial Dew Point Transmitter provides long-term monitoring of the compressed air dew point and is suitable for drying systems, CDA systems, and various low-humidity processes, helping users monitor the air dryness condition in real time.

📌Combined with the SD05 Integrated Signal Indicator, the dew point value can be displayed directly on site. Inspection personnel can quickly verify whether the current dew point remains within the specified range without logging into the monitoring system, improving the efficiency of routine inspections.

👍 The purpose of dew point measurement is not only to obtain data, but more importantly to detect abnormalities immediately. By combining dew point monitoring with on-site display, managers can quickly understand the quality of compressed air and reduce process risks caused by moisture.

📲THS88ECO：https://www.eyc-tech.com/ths88eco-industrial-dew-point-transmitter.html

📲SD05：https://www.eyc-tech.com/eyc-sd05-integrated-signal-indicator.html

Address

中和區橋和路15號12樓
Xinbei
235

Opening Hours

Monday	08:30 - 17:30
Tuesday	08:30 - 17:30
Wednesday	08:30 - 17:30
Thursday	08:30 - 17:30
Friday	08:30 - 17:30

Website

http://www.eyc-tech.com/

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