Detecting refrigerant gases with gas detectors allows proper monitoring of the operation of cold generation systems, whether air conditioning or refrigeration. It is important to know how to detect refrigerant...
Carbon dioxide – often referred to as CO2 – is an odorless, colorless and incredibly dangerous gas. Heavier than air, it’s produced in a completely natural way by humans while...
The new Sensitron website is finally online, completely redesigned in terms of navigation and content to offer a unique user experience and an exhaustive amount of information, which will allow...
As part of gas detection, it is possible to measure the presence of flammable gas concentrations both using detectors with catalytic sensors (also known as Pellistori) and infra-red detectors. On...
The publication in the Italian Official Journal, in January 2019, of the new Fgas Directive on minimum requirements and conditions for the recognition of company certification with regard to fixed...
In the textile industry, carbon dioxide (CO₂) is present at various stages of production, particularly in dyeing, finishing and waste water treatment processes. Although often considered a low-risk gas compared...
Augmented Reality (AR) is revolutionising numerous sectors, from entertainment to industrial to medical. Even in gas detection there are several advantages and the implications it could have are really interesting....
Ammonia (NH3) was one of the first refrigerants used and is still found in industrial refrigeration systems today. Despite the advent of synthetic refrigerants, ammonia remains a preferred choice for...
Photoionisation Detector (PID) sensors represent an advanced technology for the detection of volatile gases and volatile organic compounds (VOCs). Due to their sensitivity, reliability and versatility, these sensors are widely...
Founded in 1988 in the province of Milan, Sensitron becomes part of the Halma plc group in 2021.
