Argon launches configurable multi-gas training simulator for hazardous environment scenarios

by Featured NewsProductsTraining

Argon introduces Generic MultiGAS-SIM training tool

Argon has launched the Generic MultiGAS-SIM, a customisable multi-gas training simulator designed to support realistic hazardous materials training scenarios.

The simulator allows instructors to select the number and type of simulated sensors and design a user interface that resembles operational equipment.

The simulator is intended for use by firefighters, technical rescue teams, HazMat responders and industrial workers operating in confined or hazardous environments.

Simulator supports multiple gas types and operational configurations

The Generic MultiGAS-SIM can replicate the behaviour of up to six different simulated sensors, including oxygen (O2) and lower explosive limit (LEL) sensors.

Activation thresholds can be set according to local training standards.

Argon reported that the system is compatible with its existing simulation technology and is designed to integrate into existing training programmes.

Integrated with Argon’s vapour and wide-area simulation tools

The simulator operates in conjunction with Argon’s Long Range Vapour Source (LRVS) emitters, which can be detected at distances up to 30 metres.

These sources can be used indoors or outdoors and programmed to simulate a range of hazardous substances and scenarios, including oxygen depletion.

The system is also compatible with Argon’s PlumeSIM wide-area training platform, allowing it to be used alongside chemical warfare agent and toxic industrial chemical simulation tools.

Company states global applicability and positive feedback

Argon’s founder and Managing Director, Steven Pike, said: “Our engineering team have created a superb training asset which will benefit many thousands of responders and industrial facilities worldwide to help ensure they understand the critical procedures associated with readings that can be obtained when operating within a hazardous environment.

“Customer response to the effectiveness and ease of use of the simulator has been extremely encouraging and we look forward to great success with MultiGAS-SIM”.

According to Argon, the system provides practical training for complex operational environments without environmental impact or the use of live agents.

The simulator is intended to support safety-focused education by enabling hands-on instruction under controlled conditions.

Customisable multi-gas simulator enhances hazardous materials training: Summary

Argon has launched the Generic MultiGAS-SIM, a configurable simulator for hazardous materials training.

It supports up to six types of simulated sensors and can be adapted to match local operational equipment.

The system integrates with Argon’s Long Range Vapour Source emitters and the PlumeSIM platform.

It is intended for use by HazMat teams, firefighters and industrial personnel.

Detection signals from emitters are effective up to 30 metres.

Scenarios including oxygen depletion can be simulated for realistic training.

Argon stated that the simulator is designed for practical, hands-on training that reflects real operational conditions.

Argon Managing Director Steven Pike described the customer feedback as encouraging.

The simulator is part of Argon’s suite of CBRN and HazMat training technologies.

MOBOTIX thermal cameras gain extended RIPCI approval for fire detection in Spain

by Featured NewsFire DetectionProducts

Extended RIPCI approval for MOBOTIX thermal systems in Spain

MOBOTIX has received an expanded “Technical Evaluation of Suitability” (Evaluación Técnica de Idoneidad) from Applus, a certification body recognised by the Spanish Ministry of Industry.

According to MOBOTIX, the approval is part of Spain’s Fire Protection Systems Regulation (Reglamento de Instalaciones de Protección Contra Incendios / RIPCI) and now includes additional hardware beyond the company’s existing certified thermal sensors.

The extension covers new interface boxes — the Mx-4IOA-Box and Mx-NPAA-Box — as well as the full range of M73 Thermal Radiometry (TR) sensors.

New certification supports broader project applications

MOBOTIX stated that the expanded RIPCI certification enables broader use of its systems in large-scale or complex fire protection environments.

Christian Cabirol, CTO of MOBOTIX AG, said: “With this extended certification, we are underlining our innovative strength and our strong position in the Spanish market.”

He added: “Our technology proves its strength precisely where conventional fire alarm systems reach their limits — for example in extensive outdoor areas or large halls.”

System integration and performance confirmed

The certification confirms that MOBOTIX thermal cameras can be integrated with existing fire alarm systems, and that they comply with insurance requirements and building codes.

Each thermal sensor can support up to 20 detection zones, which MOBOTIX said allows for precise configuration to match individual fire risks.

The systems are designed to detect temperature anomalies before visible smoke or flames appear.

Market drivers include regulatory and insurance standards

According to MOBOTIX, increasing regulatory demands and expectations from insurers are contributing to market growth for thermal detection systems.

The company referenced market forecasts predicting global fire protection spending could reach USD 150 billion by 2030.

Thomas Lausten, CEO of MOBOTIX AG, said: “Our certificates and the continuous expansion of our portfolio are proof of our commitment to always being one step ahead.”

He added: “In a fire, every second counts. Our mission is to help our customers protect lives and property — with technologies that are reliable and forward-looking.”

MOBOTIX thermal cameras gain extended RIPCI approval for fire detection in Spain: Summary

MOBOTIX has received expanded certification under Spain’s Fire Protection Systems Regulation (RIPCI), issued by Applus and recognised by the Spanish Ministry of Industry.

The certification covers the company’s new Mx-4IOA-Box, Mx-NPAA-Box, and all M73 Thermal Radiometry sensors.

The RIPCI certification confirms compliance with Spanish fire safety standards and allows integration into existing fire alarm infrastructure.

Each thermal sensor supports up to 20 configurable detection zones.

MOBOTIX stated that the updated approval supports its presence in complex applications such as outdoor areas and large industrial spaces.

The company said that increasing demand for fire detection systems is driven by regulations and insurance requirements, and that the global fire protection market may reach USD 150 billion by 2030.

SOLBERG SPARTAN fluorine-free foam launched by Perimeter Solutions at FDIC 2025

by ActiveBreaking NewsFire SuppressionProducts

New foam concentrate supports faster suppression and reduced water use

Perimeter Solutions has announced the release of its new SOLBERG SPARTAN 1% Fluorine-Free Class A/B Foam Concentrate at FDIC 2025 in the United States.

The company reported that the foam is designed to give firefighters more control in various fire scenarios, including structure, wildland, vehicle, gasoline, and dumpster fires.

Craig McDonnell, Vice President, Americas Fire Suppression at Perimeter Solutions, said: “SOLBERG SPARTAN is a game-changing product for firefighters.

“One foam for 99% of fires, it is our most effective fluorine-free Class A/B foam, delivering fast knockdowns, reducing flashover risk, and providing superior heat protection.”

According to Perimeter Solutions, the foam enables faster cooling times and requires less water during fire suppression activities.

Firefighters can cut cooling time and water usage

Perimeter Solutions cited data showing that cooling a fire from 1,000°F to 212°F with water alone can take nearly four minutes.

When used with water, the SOLBERG SPARTAN foam can reportedly reduce this time by more than half.

The company stated that the foam reduces water demand by 40%, helping responders to conserve resources while maintaining suppression effectiveness.

Kurt Becker, Controller, Americas Fire Suppression at Perimeter Solutions, said: “We are proud to introduce this battle-ready foam technology, providing firefighters with a solution that maximizes efficiency, conserves water, and minimizes property damage.”

Foam compatible with standard firefighting equipment

Perimeter Solutions said the product is compatible with standard firefighting systems, including inline eductors, self-inducting nozzles, monitors, medium-expansion foam devices, and compressed air foam systems.

The foam also has similar viscosity to Class A foam, making it suitable for onboard proportioning systems.

The company said this compatibility allows for easier integration into current fire service operations without requiring major changes in equipment.

Certification and environmental claims detailed

Perimeter Solutions stated that the foam carries several certifications including:

  • UL 162/ULC S654 Listed for use at 1% on Class B hydrocarbon non-water miscible fuel fires
  • UL/ULC Classified for 0.1% use on Class A fires and 0.25% on Class B non-water miscible fires
  • Classified as a Class A Wetting Agent in line with ANSI/NFPA 18

According to the company, the product contains no intentionally added PFAS.

Becker added: “As a former firefighter, I know firsthand what’s needed in the field, and today’s firefighters will be impressed by how SOLBERG SPARTAN delivers excellent performance while supporting firefighter safety.”

SOLBERG SPARTAN fluorine-free foam launched by Perimeter Solutions at FDIC 2025: Summary

Perimeter Solutions has launched its SOLBERG SPARTAN 1% Fluorine-Free Class A/B Foam Concentrate at FDIC 2025.

The foam is designed to handle structure, wildland, vehicle, gasoline, and dumpster fires.

It reduces cooling time by more than half and lowers water use by 40%.

The foam is compatible with conventional firefighting equipment.

It has similar viscosity to Class A foam and is usable in onboard proportioning systems.

Certifications include UL 162/ULC S654 for Class B fires, UL/ULC for Class A and Class B, and ANSI/NFPA 18 as a Class A Wetting Agent.

The foam contains no intentionally added PFAS.

FDIC 2025 is being held in the United States from 9 to 12 April.

Third-party tested solution improves steel infill wall fixings

by Featured NewsPassiveProducts

Testing confirms mechanical performance of fixings in UK steel infill wall systems

Etex has released a third-party tested method for securing steel infill wall systems to fire-protected structural steel beams in the UK.

According to Etex, the solution has been tested for both mechanical and fire performance.

The testing was carried out by Remagin in partnership with Promat, with support from Siniat. All three brands are part of the Etex group.

The work focused on verifying that the fixings connecting steel framing systems (SFS) to protected structural steelwork maintain performance under load and meet fire resistance requirements.

Structural testing explored fatigue, movement and fixing strength

Remagin tested different screw types and configurations to understand failure loads and movement in systems where SFS heads are attached to boarded beams.

Introducing a board between the beam and the framing system can increase rotational movement and lead to additional stress on fixings.

To evaluate this, Remagin ran cyclic loading tests that simulated wind pressures typically experienced by SFS infill panels.

Richard Wilson, Technical and Specification Manager at Remagin, said: “Through comprehensive testing, Remagin has successfully verified the mechanical capabilities of fixings used in key scenarios to ensure continued robustness.

“Each fixing design is customised to the specific requirements of individual projects, and it is essential that the structural steel protection strategy and the SFS design are addressed as early as possible and coordinated well.”

Fire tests focused on maintaining compartmentation at connection points

Etex also carried out fire resistance testing on wall assemblies attached to encased structural steel.

Wilson added: “The fire testing demonstrated that fire integrity and insulation are maintained at the interface between the boarded primary steel and the wall system below.

“This testing provides confidence in the fire resistance capabilities of the holistic system to achieve performance through the complete elevation.”

He stated that the ability to conduct testing in-house across Etex brands supported a coordinated design and compliance approach.

Promat highlights risks with intumescent paints in steel-SFS interfaces

Promat UK’s Commercial Director, Joshua Slack, said that while intumescent paint is commonly used at the steel-SFS interface, it presents design challenges.

Slack said: “Complications can arise with this approach, firstly in ensuring the SFS and any required insulation allows space for the paint to intumesce.

“In addition, where the structural steel aligns with a fire compartment line the temperature needs to be kept lower than that which intumescent paints typically activates at.

“These factors should be reviewed on a case-by-case basis to ensure the best passive fire protection system is in place for the project.”

Slack stated that the collaborative testing programme would help design teams access project-relevant data and improve specification outcomes.

Third-party tested solution improves steel infill wall fixings: Summary

Etex has announced a new third-party tested solution for securing steel infill wall systems to fire-protected structural beams in the UK.

The mechanical performance of fixings was tested by Remagin using multiple screw configurations.

Cyclic loading tests were used to replicate real-world wind pressure.

Fire resistance testing was also carried out on wall panels connected to protected structural steel.

The project was conducted in collaboration with Promat and Siniat.

Richard Wilson from Remagin said project-specific screw designs were essential to maintain both structural and fire integrity.

Joshua Slack from Promat said that intumescent paints used at steel and SFS interfaces have limitations that require careful review.

He added that data-driven testing supports design teams in making informed decisions.

The work aimed to improve clarity around fixing performance and fire compartmentation where SFS connects to structural steel.

The solution has been positioned as a tool to assist accurate specification and reduce design risk.

MSA Safety launches G1 SCBA XR Edition and new turnout jacket at FDIC 2025

by Breaking NewsPPE

New products introduced by MSA Safety at FDIC in the United States

MSA Safety has announced two new additions to its firefighter safety equipment range at the FDIC International 2025 event in the United States.

According to MSA Safety, the G1 SCBA XR Edition and the Globe G-XTREME PRO Jacket are designed to improve firefighter protection, comfort, and operational awareness.

These new products join the Cairns 1836 Fire Helmet, which was introduced earlier in the year.

All three products will be presented at FDIC at booth number 2623.

SCBA unit receives upgrades to improve usability and maintenance

The G1 SCBA XR Edition builds on ten years of development of the G1 SCBA unit.

MSA Safety stated that the XR Edition includes updates to the breathing air regulator, straps, lumbar pad and fill pouches.

These components are now removable for cleaning, and compatible with existing G1 SCBA systems.

The company confirmed the SCBA XR Edition will be available to order from May 2025.

Turnout jacket designed for comfort and fit across a wide range of users

The Globe G-XTREME PRO Jacket has been developed by Globe Manufacturing Company, part of MSA Safety.

According to the announcement, it includes a three-panel outer shell, mesh liner to reduce bulk, a redesigned collar and new length options.

These features are intended to support improved comfort, fit and flexibility.

Orders for the G-XTREME PRO Jacket will open later in 2025.

Company emphasises integration and accountability in connected tools

MSA Safety also announced it will display its Cairns fire helmet range and FireGrid platform at FDIC.

The Cairns 1836 Fire Helmet is described by MSA Safety as one of the lightest traditional-style helmets that complies with NFPA standards.

FireGrid is a cloud-connected application system that helps manage data from devices and personnel.

According to MSA Safety, the platform supports accountability and decision-making for fire crews.

Bob Apel, Executive Director, Global Fire Service and Digital Experience at MSA Safety, said: “Our mission is to help firefighters stay safe and accounted for by designing protective equipment and connected solutions that are consistent and easy to use.”

Customer needs highlighted as central to product design

Stephanie Sciullo, President of MSA Americas, said the company’s approach is shaped by firefighter input.

Sciullo said: “Our customers drive our innovation and lead us to design safety solutions that best meet their safety needs.”

She added: “In the past decade the fire service has evolved, and so has MSA by bringing new safety solutions to the market.

“As the leader in head-to-toe firefighter protection, we’re committed to helping advance firefighter safety, and we’ll continue to evolve and innovate by designing the next generation of safety equipment.”

MSA Safety launches G1 SCBA XR Edition and new turnout jacket at FDIC 2025: Summary

MSA Safety has announced the launch of the G1 SCBA XR Edition and Globe G-XTREME PRO Jacket at FDIC International 2025.

The SCBA XR Edition features updated components including the breathing air regulator, straps and fill pouches, with all parts designed to be removable and backwards-compatible.

It will be available for order in May 2025.

The new turnout jacket includes a mesh liner, redesigned collar and extended sizing options.

MSA Safety will also showcase its Cairns fire helmets and FireGrid application platform.

The FireGrid system is used to manage personnel and device data.

The company stated that customer needs informed the development of the new safety products.

Quotes from company executives were provided by MSA Safety.

Rosenbauer America unveils updated industrial foam pumper

by Breaking NewsProductsVehicles

Rosenbauer introduces high-capacity foam pumper for industrial firefighting in the US

Rosenbauer America has launched a new custom industrial foam pumper aimed at meeting the specific operational requirements of industrial fire response.

According to Rosenbauer America, the pumper was developed through direct input from customers.

It includes high-volume water pumping capabilities, integrated foam systems and advanced control interfaces for operators responding to complex incidents.

The company stated the vehicle is intended for use at locations such as refineries, petrochemical facilities and terminals, where fire incidents often involve high fuel loads and heat intensity.

These environments may require sustained flows of 6,000 to 10,000 gallons per minute (GPM), especially when fixed infrastructure is damaged or unavailable.

Foam pumper designed to support self-sufficient fire suppression

The updated foam pumper includes a water pump rated at more than 6,000 GPM and a Class B foam system.

It features high-flow monitors and nozzles and large diameter discharges that allow operators to apply water and foam solution directly and efficiently in large-scale events.

Chris Kleinhuizen, Chief Engineer at Rosenbauer America, said: “Industrial fires present unique risks that demand specialized solutions.

“Our updated Industrial Foam Pumper is engineered from the ground up to meet these extreme demands.

“By integrating our cutting-edge pump technology, advanced foam proportioning systems, and intuitive controls, we provide industrial firefighters with the powerful, dependable tools they need to protect lives, assets, and the surrounding communities.”

Integrated technologies support water and foam delivery

The pumper incorporates several proprietary Rosenbauer systems.

These include the N200 carbon fibre pump, HYDROMATIC™ direct injection foam system, and Logic Control System (LCS).

The N200 carbon fibre pump has a capacity of 6,500 GPM from draft.

It features a corrosion-resistant impeller and self-adjusting mechanical seal.

The HYDROMATIC™ foam system allows manual and electrical adjustments to proportioning levels for different discharge operations.

The system is designed to work with various foam concentrate viscosities and includes emergency functionality.

Deck guns provide wide coverage and high GPM capacity

The pumper is equipped with three Rosenbauer deck guns with a combined capacity of 9,000 GPM.

This includes a main RM130 deck gun rated at 4,000 GPM and two RM80 guns rated at 2,500 GPM each.

The system is designed to deliver water or foam over extended distances with precision.

Rosenbauer unveils updated industrial foam pumper for extreme firefighting conditions: Summary

Rosenbauer America has launched a new industrial foam pumper designed for high-demand firefighting situations in industrial settings across the United States.

The apparatus features a water pump rated above 6,000 GPM, a Class B foam system, high-flow monitors, and large diameter discharges.

The Rosenbauer N200 carbon fibre pump delivers 6,500 GPM from draft.

The HYDROMATIC™ foam system supports multiple concentrate viscosities and includes manual and electric adjustments.

The Logic Control System (LCS) provides interface uniformity across Rosenbauer equipment.

Three Rosenbauer monitors with a combined output of 9,000 GPM provide targeted delivery capability.

The vehicle will be on display at FDIC International 2025 from 10–12 April in Indianapolis before beginning a demonstration tour.

The information was reported by Rosenbauer America.

Fire-Dex launches Virtual Sizer tool to streamline firefighter gear sizing in the US

by Featured NewsPPE

Fire-Dex introduces AI sizing tool for turnout gear

Fire-Dex has launched an artificial intelligence-driven tool called the Virtual Sizer to improve the accuracy and efficiency of firefighter turnout gear fittings in the United States.

According to Fire-Dex, the Virtual Sizer uses AI algorithms to calculate user measurements based on basic inputs including height, weight and shoe size.

The company reported that over 6,500 entries have already been processed through the tool.

Todd Herring, Vice President of Product Innovation and Strategy at Fire-Dex, said: “The response has been incredible. Firefighters are getting gear that fits better, faster. We’ve actually been testing and refining this technology internally for over five years to ensure accuracy before making it widely available.”

Tool aims to reduce errors caused by manual sizing

Fire-Dex stated that the Virtual Sizer removes the need for traditional sizing gear or tape measures, addressing potential inconsistencies that occur through manual measuring.

The company said the system is backed by more than 150 million AI-generated digital twins and informed by firefighter-specific data.

Herring said: “The technology is backed by over 150 million AI-generated digital twins and validated through extensive firefighter-specific data. It’s precise, tested and constantly improving with every use—meaning the more firefighters use it, the smarter and more accurate it becomes.”

According to Fire-Dex, the Virtual Sizer has undergone testing with fire departments across the United States and has shown results comparable to conventional sizing methods.

Memphis Fire uses Virtual Sizer to onboard out-of-state recruits

The City of Memphis Fire Department in Tennessee has used the Virtual Sizer to support the sizing of new recruits, especially those located outside of the region.

Keith James, Division Chief of Logistical Services at Memphis Fire, said the department has used the tool to size between 25 and 30 recruits from outside the local area.

James said: “It can be difficult for them to fly or drive in just for processing and fittings, especially when we’re trying to get gear ordered quickly so it arrives during class.”

He added: “We tested it first with a few people locally and found the output matched our sizing. That gave us the comfort level to roll it out further.”

Time-saving and accuracy benefits highlighted

According to Fire-Dex, the tool helps departments reduce delays and avoid the need for rework or resizing, while helping ensure that gear fits properly.

James said the implementation of the Virtual Sizer at Memphis Fire was straightforward and effective, with the department reporting no issues or resizing needs after deployment.

Herring said: “Our AI tool streamlines ordering, but the real winners here are the firefighters. The process is faster, but more importantly, emergency responders end up with gear that fits well and lets them focus on the job.”

Fire-Dex launches Virtual Sizer tool to streamline firefighter gear sizing in the US: Summary

Fire-Dex has launched the Virtual Sizer, an AI-driven sizing tool for firefighter turnout gear.

The tool calculates sizing based on user inputs including height, weight and shoe size.

Over 6,500 entries have been recorded since launch, according to Fire-Dex.

It is backed by 150 million AI-generated digital twins and tested with firefighter-specific data.

Memphis Fire Department has used the tool to size 25 to 30 recruits from out of state.

The department reported that no resizing was required after using the Virtual Sizer.

Fire-Dex has tested the tool internally for over five years.

The company says the tool eliminates inconsistencies caused by traditional sizing methods.

Memphis Fire noted time savings and ease of implementation as benefits.

Fire-Dex said the tool continues to improve its accuracy through use.

Air Systems BB60-CO breathing air system now available in United States

by Breathing ApparatusFeatured NewsProducts

New BB60-CO unit to replace BB50-CO from end of April 2025

Air Systems International has announced the launch of its new BB60-CO breathing air filtration system in the United States.

The BB60-CO will replace the BB50-CO in the company’s product line starting at the end of April 2025.

According to Air Systems, the BB60-CO builds on more than 40 years of operational history from the BB50-CO, which was introduced in 1984 as the first Breather Box portable Grade-D breathing air filtration system.

The company stated that after extensive testing, the updated unit improves filtration performance, air capacity and ease of maintenance.

The new system is available at the same cost as the BB50-CO.

BB60-CO includes updated filters and higher air processing capacity

Air Systems confirmed that the BB60-CO incorporates redesigned filters developed in partnership with a global filter manufacturer.

These new filters remove more moisture and extend the operational lifespan of each of the unit’s three filters.

The company stated that the BB60-CO can process over 60 cubic feet per minute of air, compared to the previous system, and includes automatic drains in the first two filters.

Each filter features a compact design using metal and polymer materials, along with a polymer bowl locking system.

Filtration efficiency figures reported by Air Systems include 99.9999 percent particulate removal and 99.8 percent oil removal.

BB60-CO built to match BB50-CO dimensions for direct replacement

Air Systems confirmed that the BB60-CO is designed to fit within the existing BB50-CO case, allowing for straightforward replacement and compatibility for users with older systems.

The updated filters are rated for use in environments ranging from 23°F to 140°F (–5ºC to 60ºC).

According to the manufacturer, the redesigned service mechanism improves access and eliminates the risk of injury from servicing the internal components.

Additional changes include the removal of the old metal bowl guard used in previous BB50 filter systems.

BB50-CO orders will remain open through April 2025

Air Systems stated that it will continue to accept purchase orders for BB50-CO and other BB50 Series products through 30 April 2025.

Availability will be on a first come, first serve basis.

The company also confirmed it will continue to stock replacement filter elements for BB50 models “for the next few years.”

For more information, the company has directed customers to its official website.

Air Systems BB60-CO breathing air system now available in United States: Summary

Air Systems International has introduced the BB60-CO breathing air filtration unit to replace the BB50-CO in the US market from the end of April 2025.

The BB60-CO processes over 60 cfm of air, features automatic drains in the first two filters, and includes a new filter design developed with a global manufacturer.

Filtration efficiency is reported at 99.9999 percent for particulates and 99.8 percent for oil.

The system operates between –5ºC and 60ºC and retains compatibility with existing BB50-CO cases.

Air Systems stated the new model is easier to service and is offered at the same cost as the BB50-CO.

Orders for the BB50-CO will be accepted until 30 April 2025, with limited inventory on a first come, first serve basis.

Replacement filter elements for BB50 models will remain available for several years.

The information was published by Air Systems International.

Promat introduces MyPromat platform for early-stage passive fire protection design

by Featured NewsPassiveProducts

Digital tool supports early-stage fire safety planning in UK construction

Promat has announced the launch of its digital specification platform MyPromat, designed to support the early identification and design of passive fire protection systems in building projects.

According to Promat, the platform enables architects and specifiers to select appropriate systems more efficiently.

The company said MyPromat provides access to design information, including built-in calculators to assess protection requirements.

Promat has also introduced an advanced version of the platform, MyPromat+, which includes building information modelling (BIM) and computer-aided design (CAD) file access.

This service is available at no cost but requires user registration.

Passive fire protection tools now accessible online

Promat stated that MyPromat is aimed at helping construction professionals make informed decisions about fire safety systems during the earliest design stages.

The tool is designed to offer practical support in navigating fire protection regulations and identifying compliant systems.

The advanced version, MyPromat+, provides additional specification resources and technical files for use in digital design environments.

Nigel Morrey, Technical Director at Promat UK, said: “Passive fire protection is a critical part of the safety of any building and is a driving force for the Building Safety Act.

“Choosing the right passive fire protection systems and products at the earliest stage is vital, and rightly so, but this can be confusing and time consuming without specialist support.”

Platform designed to aid transparency and compliance

The company stated that MyPromat+ was developed to align with requirements for traceability and accountability in building safety.

This includes supporting the ‘golden thread’ of information mandated by recent UK legislation.

Morrey said: “Importantly, we wanted to create a trail so all parties involved can show the building meets safety standards and supports the transparency needed for the golden thread, and throughout the lifetime of the building. This is where MyPromat+ comes in.”

The tool aims to ensure that fire protection specifications are documented and accessible throughout the lifespan of a building.

Registration details and access to MyPromat+

Both MyPromat and MyPromat+ are offered without charge.

Users can access the basic platform directly, while registration is required to unlock the additional features available in the MyPromat+ version.

Promat confirmed that the platform is now available to UK users and is part of its effort to support industry compliance with fire safety design responsibilities from project inception.

Promat introduces MyPromat platform for early-stage passive fire protection design: Summary

Promat has launched a digital specification platform named MyPromat to support early-stage design of passive fire protection systems in the UK.

The basic version provides access to system selection guidance and performance calculators.

An advanced version, MyPromat+, adds BIM and CAD file downloads to assist with technical specification.

Both versions are free to use, though MyPromat+ requires registration.

Promat stated the tool aims to help meet requirements of the UK Building Safety Act, offering a record of compliance to support the golden thread principle.

The platform is now available to architects and specifiers.

X-Sense to unveil wireless and hybrid alarms at FSE 2025 in Birmingham

by Featured NewsFire DetectionProducts

X-Sense showcases smart fire safety technology at NEC Birmingham

X-Sense is introducing two new smoke alarm models at the Fire Safety Event (FSE) 2025, taking place from 8 to 10 April at the NEC in Birmingham.

According to X-Sense, the new devices include a wireless model with voice alerts and a hybrid model featuring a removable RF module.

The company will display the new alarms at Booth 4/C112 alongside its wider product range, including carbon monoxide detectors, home security systems and other sensors.

Voice alert smoke alarm model aimed at home use

X-Sense is displaying the XS0B-MR, a wireless smoke alarm designed to assist faster emergency response by issuing voice alerts such as “Smoke detected in the bedroom.”

The company states this feature may help children and elderly people respond more quickly compared to traditional sirens.

The XS0B-MR retails for €29.99 and can wirelessly interconnect with multiple alarms.

It also connects with the X-Sense Home Security App through the SBS50 gateway for remote monitoring and alert sharing.

Hybrid alarm includes detachable RF module

The second model on display is the XS0F, which supports both wired and wireless interconnection and includes a detachable RF module.

X-Sense confirmed that this model is available exclusively through physical retail outlets.

It is intended for use in both new builds and retrofits, with the option to use existing mains wiring while adding radio-based functionality where needed.

The detachable RF module offers installation flexibility for complex layouts or extended coverage areas.

Expansion in Europe supports regional service

X-Sense stated that it has opened a new regional office and warehouse in Germany.

This development is aimed at improving local support for European distributors and installers.

The company said the new infrastructure will allow for faster delivery times and easier access to technical support.

The move reflects X-Sense’s strategy to enhance its service provision across the European market.

X-Sense unveils wireless and hybrid alarms at FSE 2025 in Birmingham: Summary

X-Sense is participating in the Fire Safety Event 2025 at NEC Birmingham, where it is showcasing two smoke alarm models.

The XS0B-MR is a wireless model with voice alerts and app integration.

The XS0F is a hybrid model with a detachable RF module for use in various installation settings.

The XS0F is only available in physical stores.

Both models are part of a broader product range that includes carbon monoxide detectors and home security systems.

X-Sense stated that both products are certified by TÜV, BSI, CE and UKCA.

To support customers in Europe, X-Sense has opened a regional office and warehouse in Germany.

The company said this will help improve delivery times and customer support for European partners.