Huminode IoT Moisture and Humidity Monitoring System – Continuous Real Time Environmental and Material Monitoring

Humidity and Temperature Measurement · Humidity Measurement & Monitoring · IoT Monitoring Systems · Measuring Moisture · Moisture Measurement Technology · Remote Environmental Monitoring · wireless monitoring and control · Wireless Transmitters

Protecting Materials, Assets and Processes Through Continuous Monitoring Moisture is one of the most common yet underestimated causes of material damage, product deterioration, mould growth and process inefficiency across a wide range of industries. Whether monitoring timber structures, bulk materials,…

The Importance of Accurate Differential Pressure Calibration

Differential pressure sensors · Differential Pressure Transmitters · HVAC Systems

In industries where air quality, contamination control, process stability, and energy efficiency are critical, accurate differential pressure measurement plays a vital role. Whether maintaining positive pressure in a pharmaceutical cleanroom, monitoring airflow in a ventilation system, controlling containment areas, or…

Water Activity in Food and Pharmaceuticals

Food Manufacturing · Food Quality · Food Safety · HACCP · Schaller Instruments · Water Activity Measurement

In the UK and the European Union, food production does not follow a single “water activity law” like a specific FDA section. Instead, water activity is managed through a combination of mandatory microbiological safety regulations and risk-management frameworks like HACCP…

TDS501 Dew Point Sensor: Reliable Moisture Monitoring for Critical Industrial Drying

Clean Rooms · Humidity and Temperature Measurement · Humidity Dewpoint · HVAC Systems

In modern industrial drying processes, controlling moisture is essential for maintaining product quality, ensuring safety, and achieving consistent production results. Even extremely small variations in humidity can lead to defects, reduced yields, or costly downtime. This is especially true in…

Reliable Measurements for Stable PUE Optimisation in Data Centres

Air velocity · Clean Rooms · Condensation · Data Centre · Differential pressure sensors · Differential Pressure Transmitters · Humidity and Temperature Measurement · HVAC Systems · Indoor air quality monitoring · Industrial Ventilation · Sensors · Temperature

What Is a Data Centre and Why Does It Consume Enormous Amounts of Energy? A data centre is a highly controlled facility that houses servers, networking equipment and storage systems that power cloud computing, AI applications, streaming platforms and enterprise…

AVS 701 Air and Gas Velocity Sensor: Precision Airflow Measurement for Demanding Industrial and HVAC Applications

Air velocity · Clean Rooms · Energy Efficiency · Gas Velocity · HVAC Systems · Industrial Ventilation · Sensors

Accurate air velocity measurement is a critical requirement across modern industrial environments. From HVAC systems and clean room ventilation to industrial ventilation and advanced manufacturing processes, reliable airflow data ensures safety, efficiency, and regulatory compliance. As processes become more complex…

HTS 401 Humidity and Temperature Sensor: Reliable Process Monitoring for Demanding Environments

Clean Rooms · Humidity and Temperature Measurement · Humidity Dewpoint · HVAC Systems

HTS 401 Humidity and Temperature Sensor Accurate and reliable humidity and temperature measurement is critical across a wide range of industrial and regulated environments. From pharmaceutical manufacturing and cleanroom monitoring to food processing, agriculture, and advanced HVAC systems, even small…

How Differential Pressure Transmitters Safeguard Aseptic Barriers in Vaccine Production

Barrier Zone Monitoring · Differential Pressure Transmitters · Pressure Sensors

In vaccine manufacturing, aseptic integrity is a regulatory and ethical imperative. Maintaining sterile conditions throughout the filling and packaging process ensures that every vial delivered to patients is safe and effective. This is achieved with the aid of a differential…

Aranet & E+E Sensors: Precision Tools for Vertical Farms and Insect Growers

CO2 Measurement · Humidity and Temperature Measurement · Temperature · wireless horticultural sensors · wireless monitoring and control · Wireless Transmitters

A look into two different but connected growing systems that both rely on precision environments for success. Vertical farms grow crops indoors in stacked layers and rely on precise control of temperature, humidity, and carbon dioxide (CO₂) to create the…

The Hydrogen Hold-Up: What’s Taking So Long and What Happens Next?

hydrogen sensors

Hydrogen began to be seriously considered as a “fuel of the future” in the early 1970s in response to growing concerns about oil dependence, air pollution, and resource scarcity. The U.S. and European energy agencies started funding hydrogen research, including…

The demand for Carbon monoxide residential alarms rises – Why Figaro’s EC CO Gas Sensors are the best choice for manufacturers

Air Quality · Carbon monoxide · CO Residential alarms · Electrochemical sensors · galvanic sensor · Gas sensors for OEMs

Across Europe, growing access to shared data is revealing alarming trends in carbon monoxide (CO) poisoning. In response, governments are tightening building regulations and requiring CO detectors in homes, holiday rentals and hotels. In the UK, carbon monoxide exposure leads…

Understanding Ionising Radiation: What it is and Why You Should Measure it

Ionising Radiation · Sensors · wireless monitoring and control

Ionising radiation might sound scary, but it’s actually a part of our everyday lives—though most of us are unaware of it. The challenge with ionising radiation is that it is helpful in medical treatments and energy production, but overexposure can…

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