N.E.T. will exhibit at SENSORS CONVERGE 2026, taking place May 5–7, 2026 at the Santa Clara Convention Center, CA. Visit Booth 952 to explore MAK: The Intelligent Thermal Conductivity Gas Sensor, developed for Hydrogen detection in industrial applications. Sign up here As Hydrogen adoption expands across energy and industrial...
In the world of Non-Dispersive Infrared (NDIR) Gas detection, the ability to see a Gas molecule depends entirely on the infrared radiation source. At N.E.T., we have engineered our sensors to surpass the limitations of conventional technology by mastering the physics of Black Body radiation. The Conventional Limit: Filament Lamps For years, the industry standard for CO2 and hydrocarbon detection has...
We are pleased to announce we will be exhibiting at MCE – Mostra Convegno Expocomfort 2026, the international tradeshow where companies in the HVAC+R, renewable energy and water world meet new customers and strengthen relationships with those who design, install and build plants and systems for comfort in the industrial, residential and commercial sectors. We will showcase our latest innovations...
In the rigorous landscape of industrial safety, the accuracy of Gas detection is not just a technical requirement, it is a critical safety mandate. While electrochemical technology is a global standard for toxic Gas sensing, it often faces challenges regarding environmental cross-sensitivity, consumption rates, and thermal stability. At N.E.T., we address these technical hurdles through our Premium Line, a range of...
In the specialized field of hazardous area equipment, certification is not merely a legal requirement, it is a guarantee of safety and performance. For instrument manufacturers (OEMs) integrating gas sensors or detection heads into their devices, understanding the differences between IECEx and ATEX is critical for global market access. What is the IECEx System? IECEx is the international certification system developed by...
NET Cyber Heads are ready-to-use enclosures that combine Gas sensors and signal-processing electronics. These units function as either integrated components for Gas detectors or as standalone field devices. Applications for Manufacturers and Integrators The Cyber Head series is engineered for OEMs and system integrators seeking to streamline product development. Utilizing these pre-certified units eliminates the need for: In-house sensor development or sourcing. Designing firmware...
In the 2026 energy landscape, gas-fueled power plants can compensate the intermittency of renewable sources; however, managing the chemical energy of natural Gas requires extreme precision. For gas detection system manufacturers, providing reliable solutions for thermal power plants is a key priority. Certified Safety: SIL2 and ATEX Compliance In the power supply industry, certifications are the primary drivers of trust. Functional Safety: All N.E.T....
In the field of industrial safety, Gas detection is often synonymous with chemical sensors. However, as industries push toward the Hydrogen economy, traditional chemical and catalytic methods reach their physical limits. The alternative is a measurement principle based on pure physics: Thermal Conductivity Gas Sensing, also known as Katharometer. Understanding the Physical Principle Thermal Conductivity is an intrinsic physical property of a Gas,...
The operating principle, operational advantages, and application of Non-Dispersive Infrared (NDIR) Sensors. Infrared (IR) sensors detect Gas concentrations by measuring the absorption of infrared light at specific wavelengths. An infrared light beam passes through the Gas and reaches the collecting optics, which splits the beam and directs it through filters onto the IR detectors. The Operating Principle of NDIR Sensors The operating principle...
Hydrogen is regarded as the future of clean energy, but its use requires high safety standards. As a highly flammable, odourless gas with an extremely high dispersion rate, constant monitoring is not only an operational necessity but also a critical requirement for every infrastructure, from electrolyzers to refuelling stations. In this scenario, traditional detection technologies, such as pellistors and electrochemical cells,...
