Tiger Select is a revolutionary handheld screening device with two-mode operation for the rapid detection of benzene and total aromatic compounds (TACs), providing reliable data that you can count on.
Ion Science is a leading UK manufacturer of technologically advanced gas detection equipment, distributed worldwide. The portfolio of instruments provides customers with unrivalled detection and monitoring capabilities within the harshest of environments, and a range of gas-detection instruments widely used within the petrochemical industry.
The company produces and delivers world-class instrumentation that customers can depend on to keep workers safe within their environment. The range comprises technologically advanced photoionisation detection (PID) instruments for volatile organic compounds (VOCs), benzene monitors, leak detectors, mercury analysers and corrosion-monitoring equipment.
In addition to instrumentation, Ion Science manufactures the IonPID™ (formerly known as MiniPID) sensor found in leading gas detection instruments within the field globally. This unique patented PID technology has received independent verification as the best performing on the market and incorporates Ion Science’s patented fence electrode technology with anti-contamination design and optimal resistance to humidity in difficult working conditions.
Gas detection equipment
Ion Science gas detection equipment includes the following:
- PID / VOC detectors
- Benzene monitors
- Gas leak detectors
- Ground gas monitors
- Hydrogen flux monitors
- Mercury analysers
Ion Science instruments are designed for use across a wide number of industries and applications, wherever you have a need to detect gases and vapours, including:
- Oil and gas
- Chemical and petrochemical
- Health and safety
- Industrial hygiene
- First response
- Hazardous materials
IonPID, the miniature PID sensor from Ion Science is revolutionising the gas-detection market. The sensor is found in all of the company’s PID instruments and has been adopted by leading gas-detection manufacturers worldwide, making it the most widely used PID sensor.
Ion Science PID sensor technology has received independent verification as the best performing on the market, proven to outperform all others with regards to speed, accuracy and giving the best performance within humid environments.
Humidity-and-contamination-resistant gas sensors
IonPID incorporates unique patented fence electrode technology with three-electrode format and anti-contamination design, enabling maximum resistance to humidity and contamination. The sensor is highly sensitive, with rapid response and clear down, giving outstanding performance in the field.
Easy to service gas sensors
The IonPID sensor is fully serviceable with its electrode stack / pellet and lamp easily replaced in seconds even while out in the field, minimising instrument downtime.
Service and support
Ion Science is committed to developing the highest-quality instruments that give clients the most accurate, reliable results backed by an unrivalled level of customer service and support.
The Ion Science head office and manufacturing plant is located near Cambridge, UK, with additional branches in the US and Germany. A network of Ion Science distributors can be found in most countries around the globe.
Benzene is a critical industrial chemical which is commonly found throughout the petrochemical industry. It is however, extremely hazardous and a recognised human carcinogen.
What makes the Tiger so revolutionary? With its built-in fence electrode technology and anti-contamination design, Tiger provides rapid, accurate detection of VOCs with a high resistance to humidity and contamination.
Industrial (or occupational) hygiene places the emphasis on prevention of ill health from work, through recognising, evaluating and controlling the risks.
The Ion Science Mercury Vapour Indicator (MVI) has surpassed customer expectations at mercury decontamination specialist company No Heat Resources, achieving outstanding results in the field in the harshest of environments, even with extremely high levels of mercury vapour.
Ion Science has introduced the revolutionary new Tiger Select for the detection of both benzene and total aromatic compounds (TACs) in one hand-held instrument.
The Ion Science PhoCheck+ has received independent verification as best-performing photoionisation detection (PID) by the Maine Department of Environmental Protection (ME DEP).
Many chemicals in common use have been identified as extremely hazardous, and represent serious health risks to personnel in the plants where they are manufactured, processed, stored or transported.
Leading UK manufacturer of technologically advanced gas detection equipment Ion Science has introduced Cub, the world's smallest, lightest and most sensitive personal PID monitor for fast and accurate detection of volatile organic and total aromatic compounds for the protection of workers.
Benzene remains an important industrial chemical, but it is well known as extremely hazardous and recognised as a carcinogen.
Ion Science has introduced the new ground-breaking PhoCheck Tiger photoionisation detector (PID) for rapid, accurate detection of volatile organic compounds (VOCs).
The Ion Science Tiger Select handheld total aromatic compound (TAC) and benzene detector has recently undergone stringent third party tests to determine its accuracy on benzene selectivity, short-term exposure limit (STEL), and TAC accuracy, with favourable results.
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