Enhanced solutions to customer challenges: How ION Science's Cub 11.7 resolves and protects against gas exposure risks.

Recent discussions within gas detection sectors have revealed a growing number of customers who are looking for solutions that are reliable, long lasting and offer high levels of personal protection. ION Science’s latest development, the Cub 11.7 eV personal solution, provides superior protection against harmful VOCs while delivering on key areas such as lifespan, reliability and compliance.

The conversation around health versus safety is continuing, specifically looking at where gas detection and compliance sits within this huge and vital area and what role it can play. Developing instruments that can protect individuals and ensure effective protection against VOC (volatile organic compounds) exposure is of vital importance, particularly in the 11.7 range.

Detecting the 11.7 range of gases is essential for protecting staff and the public due to the potential risks posed. Within the 11.7 detection range are VOCs such as methylene oxide, trichloromethane and tetrachloroethane, all of which are harmful at low levels. Monitoring and reducing personal exposure to these is critical in protecting against dangerous long term health effects. Having a personal gas detection device that can be relied on to record VOC exposure without compromise is the turning point in resolving customer pain points within the 11.7 range.

ION Science’s Cub 11.7 eV personal device is the latest addition in a world-leading range of gas and leak detection products. The Cub 11.7 has been designed to tackle customer challenges while also delivering unrivalled VOC detection capabilities. Unlike other detectors in the 11.7 range, the Cub 11.7 has a robust, reliable sensor lamp that draws on ION Science’s years of experience in delivering superior PID (photoionisation detection). The lamp of the Cub 11.7 has an average lifespan of one year, and is resistant to extreme temperatures, humidity and other environmental sensitivities.