Respirex Fire Protection Suits

Firefighting is hot, hazardous, and let's face it, grueling work. But believe it or not, the job today has become even more challenging as firefighters must deal with increased heat loads, toxic substances and other physical challenges that make structural firefighting one of the most demanding professions on the planet. So, needless to say, being well-trained, physically fit, and safely equipped can make all the difference in the world. Evolving Technology The fact is, as heat loads and toxicity exposure risks increase due to modern synthetic construction, the ways in which fires are fought are changing as well. These shifts, combined with the revolution that’s taking place in firefighter protection technology, have led to new and exciting designs in firefighter personal protective equipment (PPE) offerings. Technology is providing firefighters with respiratory protection “systems” is which respiratory protection itself is just one of many benefits Take the tried and true SCBA for instance. Since the invention of the first breathing apparatus in the late 1910s, their primary function has been air delivery. But today, technology is providing firefighters with respiratory protection “systems” is which respiratory protection itself is just one of many benefits. Revolution Of Life-Changing Technology Consider this: the effects of technology today impact virtually every aspect of modern life. And the same is true for the fire service, as software, thermal imaging, and wireless communications capabilities become more mainstream on the fireground. In response to these new capabilities, the consensus organizations responsible for PPE performance standards (i.e. NFPA and EN) have increased standards by mandating certain electronic components for each firefighter. But performance of these components can be limited by the fact that only so many “parts” can be attached to an SCBA, or because some capabilities are simply out of reach from a budget perspective. Over time, these limitations create long-term implications when it comes to SCBA choice, because the breathing apparatus purchased today may have to be in use for the next 15 years or more. So, what are firefighters to do? Firefighters should view their SCBA as the “foundation” of a safety system that equips firefighters with the many new safety capabilities that technology offers—now and in the future It’s More Than Air Delivery Missed opportunities for more timely safety improvements – which keep up with the pace of technology – are rooted in a false assumption that all SCBA are comprised of separate, mechanical components – and that the SCBA function is only about respiratory protection. But air-delivery is not the issue because every SCBA meets the standards, and every SCBA delivers air well. Further, looking at the SCBA merely as a separate component for air diminishes its potential to serve as a revolutionary safety technology “platform.” Safety As A System Firefighters need more than the minimum performance from breathing apparatus To keep pace with the rapid improvements in firefighter safety, firefighters need more than the minimum performance from breathing apparatus. Instead, they should view their SCBA as the “foundation” of a safety system that equips firefighters with the many new safety capabilities that technology offers—now and in the future. I’m talking specifically about platform-type products that can be easily updated with the latest technology, as soon as it becomes available, to help protect them when their lives are on the line. Key Questions To Consider When Looking For An SCBA Include: Does the SCBA have features that allow you to see, hear, and react quickly to changing situations? Can the SCBA sizing be customized to best fit each firefighter? How many total batteries are needed for the SCBA, and how does that affect long-term costs? How well does it integrate with other systems, such as communication devices, portable instruments, etc.? Does the SCBA provide you, your team, and incident command with critical information to make effective, life-saving decisions? Can the SCBA be programmed to meet your standard operating procedures, such as audible and visual alarms at 50% remaining pressure? Is the facepiece reducing or adding to overall SCBA cost and complexity? How easily can the SCBA be updated to meet changing standards? How easily can integrated accessories or features, such as thermal imaging, be added as they are developed in the future? At MSA, we develop technologically-advanced safety equipment designed to help meet today's changing fireground dynamics. We’re committed to setting the pace for safety with continuous improvements and innovations in PPE. For today. For tomorrow. For the future.

Having the proper fire safety and chemical-protective equipment is imperative where risk of hazardous chemical exposure is great With businesses still facing the effects of the economic crisis with budget cuts, safety remains a key concern when it comes to finding cost-effective solutions without compromising public safety. One type of incident which many businesses are not properly equipped for is hazardous chemical exposure. Ian Hutcheson of Saint-Gobain Performance Plastics highlights the importance of having the proper personal protective equipment (PPE) necessary for chemical protection and states that such preventative measures can be achieved, even with budget restrictions. While the full-scale media hype about the "Global Financial Crisis" may be behind us, the follow on effects, such as continued tight budgets and reductions in government spending, are here to stay for the foreseeable future. The UK Government recently announced a major spending review with the aim of saving £83 billion over four years. As part of this, 192 QUANGOs will be abolished including Firebuy, the professional buying organisation for the Fire and Rescue Services. This focus on decreased spending means that now, more than ever, departmental budgets are being stretched and every purchase highly scrutinised to ensure the best possible cost efficiencies are achieved. But it is essential that a reduction in spending does not negatively affect public safety. Challenges for Fire and Rescue Services in responding to hazardous chemical exposure Recently, the UK's Audit Commission released a report entitled Business Continuity in the Fire and Rescue Services which investigated the plans the Services currently have in place to ensure that public safety can be upheld during short- and long- term disruptions (such as those caused by transport problems or adverse weather). Overall, the report found that many fire and rescue services have good business continuity management plans, but they cannot cope with every situation indefinitely. Fortunately, chemical incidents are infrequent but it is paramount that public safety is given priority and maintaining a robust, compliant arsenal of chemical-resistant personal protective equipment is essential to being readily equipped for an emergency situation.One area of particular concern was that, during these periods of disruption, less than a third of all Fire and Rescue Services could guarantee the availability of the sophisticated fire safety equipment needed in cases of hazardous chemical exposure.Advances are being made in the development of chemical-protective equipment Chemical protective suits reflect advancements in PPE There is, however, some good news for both the concerned public and those with stretched departmental budgets: advances are being made in the development of chemical-protective equipment that both improve quality and decrease total costs. This means that more Fire and Rescue Services will be able to fit equipment essential to chemical protection into their tight budgets. One such advancement is the availability of limited-life chemical-protective suits. These suits meet safety standards and fit the same application areas as their reusable counterparts, but offer both a smaller upfront purchase price and reduced total cost of ownership. These lower costs are achieved through minimal recertification, inspection, maintenance and storage expenses. Hopefully, decision makers will embrace the advances in chemical-protective equipment to ensure our fire services are readily equipped for all emergency situations. Ian Hutcheson - Saint-Gobain Performance Plastics

Respirex’s new dielectric Class 3 safety footwear seeks to provide protection to a maximum working voltage of 26.5kV to EN 50321-1:2018. This new standard was introduced for insulating footwear for live working and published in 2018, replacing EN 50321:1999. Dielectric Class 3 safety boots are suitable for use in environments with a maximum working voltage of 26.5kV. Available now, the Class 3 electrically insulating HV3 dielectric boots will keep the user safe and comfortable when working in environments with high voltage hazards. They have a lightweight design, with a high-visibility green HV3+ compound shaft on a slip-resistant vulcanized rubber sole (HV3+). Respirex’s HV3 boots allow live working up to 26.5kV with every boot tested at 30kV; ideal for power and substation operations, electrical installations and electrical hazards in wet conditions.

The principle behind the development of the GLS range of suits was the changing demographic of today's workforce. With people living longer and retiring later, the average age of European workers is increasing. In some cases, the physical burden of the work undertaken has become a limiting factor. In Germany, the employer's insurance regulations (G26) specify that where suits in excess of 5kg are to be worn, the workforce are required to undergo a comprehensive health screening program, which reduces the pool or available workers and further increases costs. Lightweight Type 3 chemical suits The German Plant Fire Association (VFDB) approached a number of manufacturers with a set of requirements for a new generation of single-use, lightweight Type 3 (liquid tight) chemical suits that are gas-tight to ISO 17491-1:2012 Method 2 (the gas-tightness inflation standard for protective clothing) and suitable for use in potentially explosive environments. The GLS range of suits are only possible due to the advances in modern multiple layer barrier fabrics Respirex developed a new range of three suits to meet these requirements - The GLS 300A an encapsulating suit with Self Contained Breathing Apparatus (SCBA) worn inside the suit, the GLS 300B for SCBA worn outside the suit, a face-mask and filter or airline respirator and the GLS 300C an air-fed suit used with breathable air from an external compressor. Multiple layer barrier fabrics Respirex, in collaboration with the VFDB, worked with the DEKRA testing laboratory to develop a new standard, DEKRA FRM 90.166.0 and suits are CE certified to this and the European PPE Regulation (EU) 2016\425. The GLS range of suits are only possible due to the advances in modern multiple layer barrier fabrics such as Chemprotex 300. The fabric offers a lighter weight and more comfortable suits, compared to a more traditional Viton based material, whilst offering greater permeation resistance against a broad range of chemicals. Suits made from Chemprotex fabrics also come with access to Permasure, an online toxicity modelling application that calculates safe working times for over 4,000 chemicals, which is also now available for Android and Apple devices.