National Technical Textile Mission supports India-made firefighting suit project

Domestic suit designed to reduce reliance on firefighting imports

The Government of India’s Ministry of Textiles has reported that the National Technical Textile Mission (NTTM) is supporting the development of a new aluminised firefighting suit to strengthen domestic manufacturing capabilities.

According to the ministry, the project is being carried out by the Northern India Textile Research Association (NITRA) in collaboration with the industrial partner M/s System 5S Private Ltd.

Suit designed for high-heat environments across Indian sectors

The Ministry of Textiles explained that the suit is intended for use in environments where heat and flame protection is essential, including fire and emergency services, defence, aerospace, and the oil and gas sector.

It stated that these types of suits – often called fire entry suits – are currently imported into India, mainly from Europe, the USA, and China.

The organisation added that India’s annual demand is currently around 1,000 suits, though this number could increase substantially if a certified domestic option becomes widely available.

Project partners aim to meet international safety standards

According to the Ministry of Textiles, the suit has been designed to meet EN 1486 and ISO 15538 standards, which outline requirements for full-body protection against radiant heat and flame impingement.

The standards specify that the protective ensemble must include a garment, hood, gloves, and overboots, with compatibility for respiratory equipment either worn internally or externally.

The ministry said the indigenous suit is made from aluminised coated glass fabrics, OPAN nonwoven battings, and flame-resistant viscose fabric, with all layers quilted together for performance and durability.

Certification and commercial rollout to follow fire manikin test

The Ministry of Textiles confirmed that trial manufacturing has already begun and commercial production will follow once the suit passes the EN ISO 13506 fire manikin test.

This standard evaluates clothing performance when exposed to heat and flame and is required to ensure safety compliance before large-scale deployment.

The ministry stated that M/s System 5S Private Ltd has a production capacity of 1,000 suits per year.

National Technical Textile Mission supports India-made firefighting suit project: Summary

The Government of India’s Ministry of Textiles has announced support for a new firefighting suit through the National Technical Textile Mission.

The project is being implemented by Northern India Textile Research Association and M/s System 5S Private Ltd.

The suit is intended to replace imported aluminised fire entry suits.

India’s current annual demand is around 1,000 suits.

Materials used include aluminised coated glass, OPAN battings, and FR viscose.

The design complies with EN 1486 and ISO 15538 safety standards.

Suits are being manufactured on a trial basis.

Commercial production will begin after EN ISO 13506 fire manikin testing is completed.

The production capacity is 1,000 suits annually.

This project aims to expand India’s domestic manufacturing in firefighting gear.

Pfannenberg to showcase NFPA-compliant fire alarms for industrial use

Fire alarm systems designed for industrial use to be featured in Las Vegas

Pfannenberg has announced it will exhibit its range of fire protection signalling devices at the 2025 NFPA Conference & Expo.

The company confirmed it will attend the event in Las Vegas, Nevada, from 16 to 18 June, where it will showcase alarms built to comply with NFPA 72 standards.

Pfannenberg manufactures audible alarms, visual alarms and combined units intended for industrial settings.

Pfannenberg highlights NFPA 72 compliance and performance enhancements

Pfannenberg stated that its PATROL and PYRA product ranges are UL listed and fully compliant with NFPA 72 requirements for fire signalling devices.

The company explained that its sounders feature the T3 tone, meeting the 10dB offset requirement for Private Mode and 15dB for Public Mode, which are specified in NFPA 72 guidelines.

It added that its systems exceed the NFPA 72 18.5.5.6 “Performance based alternatives” requirements, and that the sizing exceeds the minimums set in Table 6-4.4.1 for 0.4l/m² coverage.

Integration with digital tools enables system planning and coverage mapping

Pfannenberg said its products support Building Information Modeling (BIM) integration to assist in designing alarm systems with 3D accuracy.

It also noted the availability of proprietary software that allows users to calculate alarm coverage using three-dimensional mapping tools.

According to the company, this improves efficiency in alarm system layout while helping to reduce unnecessary costs.

Product range includes alarms for harsh environments

Pfannenberg will showcase its PATROL PA X Series at the NFPA Expo, which includes devices offering sound outputs from 100 dB to 122 dB.

The manufacturer said the units are suitable for spaces with high ambient noise or intense lighting, with visibility maintained through smoke due to the high flash energy strobe lights.

It stated that the alarms can produce between 5 to 15 Joules of flash energy, with up to 70% light emission retained after 8 million flashes.

Jacob Vernon, Product Manager – Audible and Visual Signaling at Pfannenberg, said:
“Pfannenberg is continually innovating and improving fire protection alarms, striving to ensure their effectiveness and compliance with the latest safety protocols for industrial and warehouse spaces.”

Vernon added:
“By leveraging cutting-edge technology and industry best practices, Pfannenberg’s comprehensive approach to fire prevention aims to safeguard lives and protect assets in the face of fire hazards.”

Pfannenberg showcases NFPA-compliant fire alarms for industrial use: Summary

Pfannenberg will exhibit its fire protection signalling devices at the 2025 NFPA Conference & Expo in Las Vegas, Nevada.

The company’s alarms are designed for industrial applications and comply with NFPA 72 standards.

The PATROL and PYRA product ranges are UL listed and meet both Public and Private Mode sound offset requirements.

Pfannenberg stated its devices exceed NFPA 72 sizing requirements and support performance-based alternatives.

Its products can be integrated with BIM software for 3D planning of alarm systems.

Pfannenberg offers 3D coverage software to help design effective alarm layouts and reduce cost.

Alarms in the PATROL PA X Series emit sound levels from 100 dB to 122 dB.

Visual alarms feature high-intensity strobes ranging from 5 to 15 Joules.

The units are designed for visibility in environments with smoke and bright light.

Pfannenberg will present these products at Booth #139 at the NFPA Conference.

China’s AG600 amphibious firefighting aircraft receives market certification

Aircraft certified for civilian use in China

China’s AG600 amphibious firefighting aircraft has received its type certificate from the Civil Aviation Administration of China, confirming its readiness for commercial use, according to CCTV News.

The aircraft, developed by the Aviation Industry Corporation of China (AVIC), is the largest civilian amphibious aircraft currently in production and is capable of carrying 12 tons of water.

CCTV News reported that the aircraft will now progress toward production, with AVIC aiming to obtain its Production Certificate by the end of August and begin deliveries in October.

Aircraft design and capabilities

The AG600, also known as “Kunlong,” was designed for multi-role use, including firefighting, maritime supply and emergency rescue.

According to CCTV News, the aircraft has a maximum takeoff weight of 60 tons, a cruising speed of 220 kilometres per hour and a range of 4,500 kilometres.

Cheng Zhihang, general director of AVIC’s South China General Office, said that the aircraft includes a boat-like hull, wingtip floaters, and wave-suppressing grooves for stable movement on water.

Technical development and testing

CCTV News reported that the AG600 underwent extensive testing to ensure it could operate effectively in both air and water, with more than 10,000 tests conducted in wind tunnels and hydrodynamic laboratories.

Huang Lingcai, chief designer of the AG600 series, said: “The development of this aircraft has been very difficult, and it has been a tough nut to crack.

“The testing has shown that it can meet the performance requirements for amphibious operations.

“It has achieved a major breakthrough in China’s civil aviation sector.”

The development process involved over 290 organisations and 16 universities across 22 Chinese provinces and cities, according to Xinhua.

Role in China’s aviation strategy

The AG600 was developed in line with international airworthiness standards for specialised operational platforms, according to the Global Times.

Wang Yanan, chief editor of Aerospace Knowledge magazine, said: “While existing amphibious aircraft models in the global market are mostly outdated products developed decades ago, China’s AG600 stands out as the most advanced contemporary solution.

“It was developed after extensive analysis of market demand, making it more relevant to current operational needs.

“Meeting strict airworthiness standards, the aircraft has strong commercial potential for forest monitoring and emergency rescue.”

Wang added: “The AG600 meets domestic demand while boosting China’s global aviation competitiveness.

“Its deployment will support the growth of the low-altitude economy and open new market opportunities.”

Amphibious firefighting aircraft receives market certification: Summary

China’s AG600 amphibious firefighting aircraft has received type certification from the Civil Aviation Administration of China.

The aircraft was developed by the Aviation Industry Corporation of China.

It can carry up to 12 tons of water, with a takeoff weight of 60 tons.

It has a cruising speed of 220 kilometres per hour and a range of 4,500 kilometres.

CCTV News reported that the aircraft will enter production, with deliveries scheduled to begin in October.

The aircraft includes a boat-like hull and systems designed for dual air and water operation.

AVIC stated that more than 10,000 tests were conducted during the development phase.

Chief designer Huang Lingcai said the project presented complex technical challenges.

The aircraft was developed in collaboration with 292 enterprises and 16 universities.

It was built to meet international airworthiness standards for specialised aviation.

Wang Yanan of Aerospace Knowledge magazine said the aircraft reflects current market needs.

Wang stated that the aircraft will serve in rescue, monitoring and supply missions.

The AG600 is part of China’s broader strategy to expand its aviation capabilities.

Xinhua reported that AVIC plans to obtain its Production Certificate by August.

Clariant marks 50 years of Exolit AP flame retardants with melamine-free product launch

Clariant celebrates 50 years of Exolit AP technology in Germany

Clariant has reported that its Exolit AP flame retardant technology has reached 50 years of production at its site in Knapsack, Germany.

The company said the Exolit AP product line, which is based on ammonium polyphosphate (APP), began production in 1975 and is used across multiple sectors including coatings, insulation foams and thermoset composites.

The manufacturer explained that Exolit AP is used in fire protection products such as intumescent coatings and fire stop systems, and that the product range continues to evolve with new formulations and regulatory targets in mind.

New melamine-free grade introduced for sustainability compliance

Clariant has introduced a melamine-free version of Exolit AP that it said is free from substances of very high concern (SVHC).

The company explained that the new grade was developed to meet increased demand for safer and more environmentally responsible flame retardants, including from manufacturers seeking alternatives to formulations containing substances of concern.

According to Clariant, the new Exolit AP variant maintains its resistance to fire and is suitable for use in passive fire protection systems and insulation applications.

The company said this launch reflects changing consumer expectations, referencing parallel shifts in demand for PFAS-free products across other markets.

Exolit AP 435 to be updated for future regulations

Clariant has announced that it is working on an enhanced version of Exolit AP 435 that will align with future regulatory requirements.

According to the company, this next-generation version is intended to maintain the water-based performance and shelf-life stability of the existing product while incorporating updates that reflect emerging legislative standards.

It stated that Exolit AP 435 has been in use since 2015 and has set the benchmark for stability in fire retardant formulations.

The update is being presented as a continuation of the company’s effort to maintain fire protection performance while responding to changes in legislation and customer requirements.

Clariant reflects on milestones and collaboration in fire safety

Clariant noted that the first batch of Exolit AP was manufactured in 1975 and has since expanded into a portfolio of solutions for fire protection in construction and industrial markets.

The company outlined several milestones in the product’s development, including the launch of Exolit AP 462 in 1983 and Exolit AP 435 in 2015.

Achim Hennemann, Head of Market Segment Passive Fire Protection, said: “Through changing times and evolving industry needs, Exolit AP has remained at the forefront of innovation.
“From its origins in Hoechst AG to becoming a cornerstone of Clariant’s portfolio in 1997, each decade has brought new challenges and achievements.

“The introduction of Exolit AP 462 in 1983 marked our first major breakthrough in encapsulated ammonium polyphosphate technology, setting new industry standards for performance and reliability.”

Adrian Beard, Global Industry Market Manager Flame Retardants, added: “The launch of melamine-free Exolit AP represents more than just a new product.

“It embodies our commitment to combining five decades of expertise with tomorrow’s sustainability demands.”

Stefan Brejc, Global Vice President Segment Coatings & Adhesives, said: “The same pioneering spirit that drove our first innovations in 1975 still drives us today.

“As we celebrate this golden anniversary, we’re not just looking back at 50 years of achievement, we’re building on this foundation to create the next generation of more sustainable flame retardants.”

Clariant marks 50 years of Exolit AP flame retardants with melamine-free product launch: Summary

Clariant reported that Exolit AP flame retardants have been produced for 50 years at its Knapsack site in Germany.

The company said the technology is based on ammonium polyphosphate and is used in fire protection applications such as coatings and insulation.

It confirmed the launch of a melamine-free grade of Exolit AP that does not include substances of very high concern.

Clariant stated that this responds to demand for safer alternatives in passive fire protection systems.

The manufacturer announced it is developing an updated version of Exolit AP 435 for future regulatory compliance.

According to Clariant, the new version will maintain current product stability while introducing formulation improvements.

The company highlighted key historical milestones in the product line, including launches in 1983, 2015 and 2024.

Clariant said that customer collaboration continues to shape the development of new flame retardant products.

Magirus firefighting vehicles now delivered with HVO100 fuel

HVO100 introduced for vehicle delivery to reduce emissions

Magirus has announced that firefighting vehicles it delivers will now be initially refuelled with HVO100, where approved by the chassis manufacturer.

The company confirmed that the change is effective immediately and applies to both new and existing vehicles with manufacturer approval.

HVO100 (Hydrotreated Vegetable Oil) is a synthetic diesel substitute derived mainly from waste oils and fats from the food industry.

The fuel has been legal since 2024 and is recognised for its lower greenhouse gas emissions and reduced air pollutants.

Engine compatibility and operational advantages

According to Magirus, HVO100 results in cleaner engine performance and is suitable for operation in cold conditions.

Thomas Hilse, CEO of Magirus, said: “The synthetic fuel also keeps engines clean for longer.

“These factors make HVO100 an ideal choice for use in fire engines, which often have to operate under extreme conditions.”

The company noted that many diesel engine manufacturers have approved the use of HVO100 and recommended checking vehicle-specific approval through authorised workshops or online sources such as Mobil in Deutschland e.V.

Environmental and operational motivations behind the switch

Magirus stated that the transition supports its goal of reducing emissions in emergency services operations.

Marc Kuntz, Director Sales and Customer Service at Magirus, said: “With the use of HVO100, Magirus is already pursuing the goal of making a sustainable contribution to environmental protection and making firefighting operations as emission-free as possible.”

Hilse added: “The decision to use HVO100 as the standard fuel for initial refuelling demonstrates Magirus’ commitment to promoting innovative and sustainable technologies and underlines its commitment to environmentally friendly solutions in firefighting.”

Considerations on battery-powered alternatives

Magirus addressed questions around battery-electric emergency vehicles, noting the higher procurement costs and shorter battery lifespan.

The company highlighted that availability risks for high-voltage batteries currently impact the feasibility of electric vehicles in this sector.

It added that the use of HVO100 does not affect the procurement costs of combustion-engine vehicles, presenting a lower-cost alternative to electric options.

Magirus firefighting vehicles now delivered with HVO100 fuel: Summary

Magirus has begun initial refuelling of its firefighting vehicles with HVO100, a synthetic fuel made from waste vegetable and animal oils.

This applies to vehicles with binding approval from their chassis manufacturers.

HVO100 produces fewer greenhouse gases and air pollutants than conventional diesel and offers benefits including improved combustion and cold-start reliability.

The company said HVO100 is compatible with most modern diesel engines.

Customers are advised to check compatibility through certified workshops or the Mobil in Deutschland e.V. website.

Magirus said the decision aligns with its environmental goals and provides a practical alternative while battery-powered emergency vehicles remain costlier and less reliable due to battery lifespan and supply issues.

Online fire stopping selector launched by FSi Promat to support installers

FSi Promat develops Quick Selector tool for easier fire stopping compliance

FSi Promat has released a new online tool designed to help installers quickly identify appropriate fire stopping products.

According to FSi Promat, the tool, called Quick Selector, offers fast access to technical data to support accurate product selection and installation in line with fire safety regulations.

The digital tool is aimed at helping installers identify products suitable for reinstating compartmentation. It includes details on test standards, product performance, and relevant third-party documentation to support compliant use.

Tool provides searchable technical database with visual guidance

The Quick Selector functions as a searchable database of installation guidance and product information.

Users can search by product, application type or standard detail, including uses in flexible, rigid and load bearing walls. Each entry includes illustrations and installation descriptions.

Additional documentation such as technical data sheets, safety data sheets and declarations of performance are also accessible directly from the platform via embedded links.

Designed to support traceability and the golden thread of information

The company stated that the tool aligns with the broader need for traceability in construction and supports the golden thread of information referenced in UK building safety legislation.

Emma Taylor, Marketing Manager at FSi Promat, said: “Having easy access to tested solutions – and being able to search this – will support installers in ensuring fire stopping is being used in the correct way and has certification that supports use in a wide range of scenarios.”

She added: “This also supports the need for ease of access to information in line with the traceability needed to support the golden thread of information.”

Coverage applies to majority of installation scenarios

FSi Promat reported that the new tool is expected to meet the needs of most common fire stopping projects.

Taylor said: “While there are countless scenarios in which fire stopping may be required, the tool provides comprehensive access to data and will meet around 90 per cent of project demands, while FSi Promat will be able to offer support for projects that fall outside of that scope.”

She also noted: “We are keen to support installers wherever we can, and we believe this will be an asset to installers looking for up-to-date, reliable data to ensure installation is in line with the tested solution.”

Online fire stopping selector launched by FSi Promat to support installers: Summary

FSi Promat has launched a web-based tool called Quick Selector to support installers in selecting fire stopping products.

The tool provides searchable access to test standards, application details and supporting documentation. It includes illustrations and descriptions of correct installation for various wall types.

All associated documents such as technical data sheets and declarations of performance are also available through embedded links.

FSi Promat stated that the tool will support around 90 per cent of installation scenarios. The company will offer additional guidance for cases outside the scope of the tool.

Emma Taylor of FSi Promat said the tool improves access to tested and certified fire stopping information and supports traceability in line with building safety requirements in the UK.

BRINC secures $75 million funding to scale emergency response drone technology

BRINC receives major investment to expand emergency response drone operations

BRINC has announced the completion of a $75 million funding round to expand its emergency response drone technology.

According to BRINC, the funding round was led by Index Ventures, which has participated in two previous investment rounds.

Motorola Solutions has also joined as a new investor as part of a strategic alliance.

Additional investors include Mike Volpi and Dylan Field, CEO of Figma.

The capital will be used to scale BRINC’s production capabilities to meet growing demand, increase research and development into future drone technologies, and expand the company’s workforce.

Partnership with Motorola Solutions enables new integrations

The new partnership with Motorola Solutions will allow BRINC drones to integrate with Motorola’s public safety systems.

According to BRINC, these include APX radios, VESTA 911 emergency call software, Computer-Aided Dispatch platforms, Real-Time Crime Center Software (CommandCentral Aware), and Automatic License Plate Recognition systems.

This integration enables BRINC drones to be launched via radio trigger, respond to alerts from connected sensors, and stream real-time aerial footage directly into Motorola Solutions’ platforms.

BRINC drones already in use by public safety agencies

BRINC stated that its drones are currently used by hundreds of law enforcement, fire, and emergency response departments in the United States.

The new funding and partnership are intended to expand the reach and capabilities of this technology.

BRINC said the technology is aimed at improving tactical de-escalation, enhancing situational awareness, and delivering real-time intelligence to emergency services.

Stakeholders highlight confidence in BRINC’s public safety vision

Several investors commented on the role of BRINC’s drone systems in public safety applications.

Vlad Loktev, Partner at Index Ventures, said: “Our investment in BRINC represents a deep belief in their transformative vision.

“The company’s technology has redefined how public safety agencies handle critical incidents.

“We’re thrilled to continue supporting BRINC’s mission to protect human life with public safety technology.”

Raj Naik, Senior Vice President, Strategy & Ventures at Motorola Solutions, said: “BRINC is a leader in providing innovative, automated drone solutions for public safety agencies.

“We are excited to invest in BRINC, an organisation that shares our mission to help protect and save lives.”

Blake Resnick, Founder and CEO of BRINC, added: “We will continue building world-class emergency response drones and scale our team to meet the growing demand for our life-saving technologies. We couldn’t be more excited for the future.”

BRINC secures $75 million funding to scale emergency response drone technology: Summary

BRINC has raised $75 million in a funding round led by Index Ventures.

Motorola Solutions joined as a new investor, forming a strategic partnership to integrate BRINC’s drones with Motorola public safety systems.

Other investors include Mike Volpi and Dylan Field.

The funding will support increased drone production, development of new technologies, and company expansion.

BRINC drones will now integrate with Motorola’s APX radios, VESTA 911, CAD platforms, real-time crime centre software, and automatic licence plate recognition systems.

The drones are already used by police, fire, and emergency response departments across the United States.

BRINC said the funding and alliance will support tactical de-escalation and real-time intelligence delivery.

Statements from Index Ventures, Motorola Solutions, and BRINC leadership confirm support for expanding the role of drones in public safety applications.

IonGuard battery safety box recognised for workplace fire risk solution

Chemstore product awarded at UK health and safety event

Chemstore has been awarded the BSIF Safety Product Innovation Award 2025 for its ionGuard Lithium-Ion Battery Box.

According to Chemstore, the award was presented at the British Safety Industry Federation (BSIF) Awards during the Safety & Health Excellence (SHE) Awards on 9 April 2025.

The event was held at The Vox Conference Centre in Birmingham.

The ionGuard product was selected by judges for its design, which addresses hazards associated with lithium-ion batteries used in manufacturing, warehousing and electric vehicle applications.

Battery fires identified as key workplace safety concern

The ionGuard Lithium-Ion Battery Box is designed to contain potentially dangerous batteries that may enter thermal runaway.

Chemstore stated that traditional methods involve placing damaged or suspect batteries in exclusion zones outdoors.

IonGuard provides an alternative containment option within operational workflows.

The box is designed to prevent the spread of fire and reduce exposure to toxic gases during battery failures.

Fire suppression system uses recycled glass extinguishing agent

The fire suppression system within ionGuard can be triggered manually or automatically through heat-sensitive fusible links.

Chemstore stated that the unit uses PyroBubbles, which are glass granules made from recycled material.

These granules form an oxygen barrier when exposed to high heat, smothering the fire.

The system is designed to prevent re-ignition and mitigate the effects of battery combustion.

IonGuard integration and design flexibility highlighted

IonGuard is housed in a steel-reinforced structure with Rockwool insulation and can be customised for different battery types and sizes.

Chemstore stated that the box can be integrated into existing safety procedures, especially in environments where battery handling is routine.

Use cases include quarantining batteries flagged during testing or during charging.

Commenting on the award, Chemstore Managing Director Mike Brodie said: “We’re absolutely delighted to receive the BSIF Safety Product Innovation Award.

“Being recognised for our cutting-edge innovation and technical expertise is a proud moment for the entire Chemstore team.

“This award reinforces our position as leaders in lithium-ion battery safety storage and highlights our commitment to developing solutions that protect people, property, and the environment.”

IonGuard battery safety box recognised for workplace fire risk solution: Summary

Chemstore has received the BSIF Safety Product Innovation Award 2025 for its ionGuard Lithium-Ion Battery Box.

The award was presented at the Safety & Health Excellence Awards on 9 April 2025 in Birmingham.

The ionGuard is used to safely contain lithium-ion batteries that pose a fire risk.

It features a dual-trigger fire suppression system that uses recycled glass granules to extinguish fires.

The product is built with Rockwool insulation and is compatible with different battery formats.

Chemstore stated that the box is suitable for use in manufacturing, logistics and electric vehicle operations.

It replaces the need for outdoor exclusion zones when handling questionable batteries.

The box integrates into safety systems and is designed for thermal runaway containment.

FLIR MIX delivers synchronised thermal and visible imaging for research applications

FLIR MIX launched for multispectral imaging

FLIR has launched FLIR MIX, a multispectral imaging solution designed to synchronise thermal and visible-light data for research and engineering purposes.

According to FLIR, the MIX system addresses the difficulty of aligning thermal and visual imagery during high-speed testing and data analysis.

The solution combines thermal and visible imagery into one spatially and temporally aligned dataset.

Synchronised imaging for research and analysis

FLIR stated that the MIX system enables high-speed image capture of up to 1,004 frames per second.

The combined camera and software platform aims to remove the need for separate recording and manual alignment of thermal and visible footage.

The system is intended for use in applications including airbag testing, electronics design, battery testing and materials analysis.

Two hardware kits and a software toolkit

FLIR MIX is available in two configurations: the X-Series Starter Kit and the A-Series Starter Kit.

The X-Series Starter Kit includes a FLIR X69xx thermal camera, a high-speed visible camera, precision optics, mounting hardware and FLIR Research Studio software.

The A-Series Starter Kit uses the FLIR A67xx thermal camera and is designed for electronics and renewable energy testing.

Both kits are designed to capture and align data in real time using FLIR’s software platform.

Toolkit supports post-processing workflows

In addition to the hardware kits, FLIR offers the MIX Toolkit for post-processing synchronisation.

The MIX Toolkit is a software add-on that can be licensed with FLIR Research Studio Professional Edition.

The company stated that the toolkit enables researchers to align thermal and visible frames during post-analysis to generate a unified dataset.

Matthew Hasty, Senior Global Product Manager at FLIR, said: “FLIR MIX simplifies thermal analysis by combining quality thermal and visible imagery in real-time in one easy-to-use hardware and software package.”

He added: “The solution empowers researchers to achieve precise spatial alignment with radiometric data for every pixel, providing detailed temperature insights across the entire image, making analysis more straightforward while shortening the time to discovery.”

FLIR MIX delivers synchronised thermal and visible imaging for research applications: Summary

FLIR has released a multispectral imaging solution called FLIR MIX.

The system combines thermal and visible-light data into a single synchronised dataset.

It includes two hardware kits for different applications and a software toolkit for post-processing alignment.

The MIX X-Series Starter Kit is designed for high-speed testing.

The A-Series Starter Kit targets electronics and renewable energy testing.

The software toolkit aligns footage during post-analysis.

FLIR MIX captures data at up to 1,004 frames per second.

The system uses FLIR Research Studio for image analysis.

It aims to eliminate manual image alignment.

According to FLIR, the system supports use cases including materials testing, fluid dynamics and impact capture.

FLIR stated that the tool reduces the time required for analysis by generating aligned datasets in real time. The product is available now.

Taking safety to the next level, with Evac+Chair

Inside the development of Evac+Chair’s Evac+Power 1000H, battery operated, lightweight evacuation chair, designed to ascend and descend staircases effortlessly 

Following the success of Evac+Chair’s first-generation powered chair, their dedicated R&D team, coupled customer insight and the demands of a changing world to develop the new Evac+Power 1000H. This new innovation provides an effortless evacuation solution in high pressure, time-sensitive situations. It packs a punch with its lightweight design, rapid deployment and intuitive, water-resistant control panel. 

The Evac+Power 1000H has the highest payload capacity in the world, providing an evacuation solution that is flexible and accommodates passengers up to 270kg. In a study conducted by the UK government, obesity levels increased from 15% in 1993 to 29% in 2022.

This study also highlighted 28% of adults in England were obese and a further 36% were overweight, making a total of 64% who were either overweight or obese. Thus, highlighting the increasing importance for versatile solutions that can evacuate higher payloads, ensuring everyone can be transferred in an emergency. 

Featuring a 36V Lithium-Ion battery, the Evac+Power 1000H can be fully charged in 5 hours, and with one full charge providing 90 minutes of continued use, it provides complete peace of mind, that in an emergency, you won’t run out of power.

Evac+Chair

Another new feature is the water-resistant control panel; with refuge points typically located outside, the Evac+Power 1000H will withstand wet weather conditions, providing reassurance the battery will not fail. The control panels intuitive design enables the operator to control the speed and direction (ascent or descent) easily. 

The Powered Belt Track System combined with the 36V Lithium-Ion battery, enables the Evac+Power 1000H to glide effortlessly when ascending and/or descending stairs, reducing manual handling during operation. Perfect for commercial buildings, schools, care homes, hospitals and any multi-storey premise, the Evac+Power 1000H provides an evacuation solution that can withstand the toughest challenges. 

Growing global risks 

Natural disasters are becoming more frequent, these include extreme weather conditions, driven by climate change. The impact on our world is catastrophic and equally as devastating to individuals who experience such events. Currently, 2.27% of commercial properties in Britain are at risk from flooding, reported by Statista.

To put that in perspective, that’s one in every four commercial properties, or 436,000 country wide.  

Evac+Chair

With more of these instances occurring, it is more prevalent than ever to ensure we are prepared for an emergency evacuation, this includes a robust plan, that is tried and regularly tested. In an emergency, speed is of the essence to avoid delays and injuries, or worse loss of life. Ensuring the appropriate equipment is readily available and maintained to assist the mobility impaired is key to a successful evacuation.  

Be prepared, save lives 

The Regulatory Reform (Fire Safety Order) 2005, amended by the Fire Safety Act 2021, provides a framework for regulating fire safety in all non-domestic premises including workplaces and the parts of multi-occupancy residential buildings. The designated responsible person, this includes the owner, or person in charge of the premises, is required to carry out a fire risk assessment, to reduce and eliminate any risks, and has a duty of care to ensure the premises meet the required standards and that employees are provided with adequate safety training.  

As part of this compliance in commercial settings, a Personal Emergency Evacuation Plan (PEEP) or a General Emergency Evacuation Plan (GEEP) should be devised to meet the requirements of the workforce and building. 

A Personal Emergency Evacuation Plan (PEEP) is designed to assist employees or regular users of a building, who have a permanent or temporary impairment and are therefore unable to self-evacuate or may require assistance in the event of an emergency. A PEEP is tailored to a specific individual and must include details of their requirements, the agreed escape route, evacuation method and who will be assisting. It is essential that regular fire drills and tests are carried to ensure the PEEP is effective, relevant and suitable to the individual’s needs.  

A Generic Emergency Evacuation Plan (GEEP) is designed to assist visitors, the public or a transient workforce who are unable to self-evacuate or may require assistance. A GEEP provides guidance on the building layout, evacuation procedures, available equipment, and communication devices used during an emergency. 

PEEPs and GEEPs are crucial to ensure that all staff, visitors or contractors know what to do in an emergency, including trained personnel such as Fire Marshalls and operators of assistive equipment. This ensures that you will be fully prepared to evacuate everyone should the worst happen. 

Selecting your solution 

Evac+Chair offer free evacuation assessments and highly recommend that organsiations take advantage of this service prior to purchase. A member of their team of experts will assess your building and advise the correct model of evacuation chair from their wide range of solutions.

The assessment considers the needs of any employees who have a PEEP, alongside the type of evacuation, stair configuration, evacuation route, fire exits, potential obstacles, refuge and assembly points. Installing the correct Evac+Chair is crucial to saving and protecting lives. 

Confidence in every situation 

Evac+Chair offer certified nationwide training courses to ensure the safe and effective operation on their range of evacuation chairs, equipping operators with the knowledge and skills to handle emergency evacuations. Evac+Chair training courses empower organisations to protect lives with confidence, offering two training courses; a Key Trainer and an Operator course. 

Both courses equip delegates with the necessary knowledge and skills to operate an Evac+Chair safely and efficiently, instilling confidence and competence. The Key Trainer provides additional knowledge to cascade the training throughout the workplace and certify others.  

Ensuring long-term safety 

Evac+Chairs are a Class 1 Medical Device and adhere to the PUWER Regulation – The Provision and Use of Work Equipment Regulations 1998 (PUWER). To help customers meet this regulation, Evac+Chair offer 1, 3 and 5-year maintenance plans, conducted by a nationwide team of in-house service engineers, who inspect, service, and where necessary, replace worn or any damaged parts with genuine components. 

To ensure an Evac+Chair remains fully operational and compliant, regular maintenance is essential. Annual servicing not only protects your investment but also guarantees the safety of everyone who relies on your evacuation equipment. 

A word from Evac+Chair’s Managing Director 

Managing Director, Claire Blakemore, said “Our Research and Development team have been working tirelessly to design and build this next generation powered evacuation solution, it is a fantastic achievement”.  

“Since the launch of the Evac+Chair 900H, we have listened to consumer feedback and to the changing trends in the global market. We were confident we could design a product that met the needs of both. We are dedicated to developing revolutionary improvements for a safer and more inclusive world”. 

About Evac+Chair  

For over 40 years, Evac+Chair has been the original manufacturer and global leader in emergency evacuation solutions, empowering organisations to provide a safe means of escape for everyone, regardless of their mobility. Designed and manufactured in the UK and trusted by organisations, in over 70 countries, Evac+Chair are committed to pioneering innovation for a safer and more inclusive world. 

Dedicated to delivering quality assurance to their customers, Evac+Chair’s products undergo rigorous testing throughout the entire manufacturing process. This commitment to quality is underpinned by ISO 9001: Quality Management System and ISO 13485: Medical Device Quality Management. 

This article was originally published in the April 2025 Edition of International Fire & Safety Journal. To read your FREE copy, click here.