Erick Bellefleur appointed CEO of INNOTEX as Claude Barbeau retires

Leadership transition at INNOTEX

INNOTEX has announced that Erick Bellefleur has been appointed as Chief Executive Officer, effective 18 February 2025.

He takes over from Claude Barbeau, who will retire in April 2025.

Bellefleur brings over 30 years of experience in general management, strategic planning, and business development in the industrial manufacturing sector.

His previous roles include Senior Vice-President of Michelin’s off-road business and CEO of Camso Inc.

Louis Carpentier, Executive Chairman of INNOTEX, said: “We are excited to have Erick on board to lead INNOTEX into the company’s next stage of growth.

“He came from organisations with similar corporate values and systems as INNOTEX.

“He is a charismatic leader and a team player. I very much look forward to working with Erick.”

Background and experience of the new CEO

Bellefleur has worked across manufacturing, marketing, R&D, supply chain, B2B sales, and mergers and acquisitions.

His previous leadership roles focused on operational efficiency, strategic growth, and customer-focused initiatives.

Commenting on his appointment, Bellefleur said: “INNOTEX has proven its ability to innovate and adapt in the fire and rescue industry through its people that hold a passion towards its customers. I’m honoured to lead this team into a bright future.”

Retirement of Claude Barbeau

Barbeau has served as CEO of INNOTEX for a decade and will step down in April 2025.

Reflecting on his tenure, he said: “It has been an incredible honour to lead INNOTEX over the past 10 years.

This exceptional company has a bright future ahead, and I look forward to spending more time with my family, travelling, and continuing to support INNOTEX.”

Carpentier acknowledged Barbeau’s contributions: “Claude has elevated innovation at INNOTEX by introducing flagship products and leading a production overhaul that drove sustained growth.

“We wish his well-earned retirement is as rewarding and satisfying as his career.”

About INNOTEX

Founded in 1999, INNOTEX designs, develops, and manufactures fire-protective turnout gear, multifunctional rescue gear, and protective hoods and gloves.

The company produces protective clothing for American firefighters in the United States.

Erick Bellefleur appointed CEO of INNOTEX as Claude Barbeau retires: Summary

INNOTEX has announced the appointment of Erick Bellefleur as its new CEO, effective 18 February 2025.

He succeeds Claude Barbeau, who will retire in April 2025 after a decade in the role.

Bellefleur has over 30 years of experience in industrial manufacturing, previously serving as Senior Vice-President of Michelin’s off-road business and CEO of Camso Inc.

He has expertise in manufacturing, marketing, R&D, supply chain, B2B sales, and mergers and acquisitions.

Barbeau expressed gratitude for his tenure and plans to continue supporting the company.

INNOTEX Executive Chairman Louis Carpentier highlighted Barbeau’s contributions to innovation and growth.

Founded in 1999, INNOTEX manufactures fire-protective turnout gear, rescue gear, and protective equipment for firefighters in the United States.

Rosenbauer signs four-year firefighting equipment contract in Greece

Contract enables procurement of 24,000 firefighting boots

Rosenbauer and the Hellenic Fire Brigade have signed a four-year framework agreement for firefighting footwear supply.

The contract allows Greek fire departments to purchase up to 24,000 pairs of BOROS B1 firefighting boots through 2028.

The Hellenic Fire Brigade issued the tender for this framework agreement across the EU.

Rosenbauer met all technical requirements and won the bidding process.

Features of BOROS B1 firefighting boots

The BOROS B1 boots are designed for durability and firefighter comfort.

Rosenbauer states that the boots are lightweight, easy to maintain and feature a pull-on design.

They are constructed with premium materials, including Michelin soles, for enhanced durability and grip.

The boots aim to combine functionality with a modern design suited for emergency responders.

Additional purchase of firefighting gloves

Alongside the boots, the Hellenic Fire Brigade has acquired 4,500 pairs of GLOROS F10 gloves through Rosenbauer’s partner Pronoia.

This purchase was also secured through a tender process.

According to Rosenbauer, the gloves provide protection against mechanical injuries while allowing unrestricted mobility and grip.

The GLOROS F10 gloves comply with EN ISO 16073-4 for forest fire protection and EN388 for technical rescue operations.

Statement from Rosenbauer

Kurt Wandaller, Head of Area Europe at Rosenbauer, said: “We are pleased to collaborate with the Hellenic Fire Brigade and proud to contribute to the safety and efficiency of Greek emergency responders.”

The Hellenic Fire Brigade, headquartered in Athens, oversees fire departments across Greece.

Individual fire departments report their needs to headquarters, which manages supply distribution from a central warehouse.

Rosenbauer signs four-year firefighting equipment contract in Greece: Summary

Rosenbauer has secured a four-year framework agreement with the Hellenic Fire Brigade, enabling Greek fire departments to procure up to 24,000 pairs of BOROS B1 firefighting boots through 2028.

The tender was published across the EU, and Rosenbauer met all technical specifications to win the contract.

The BOROS B1 boots are designed for durability, comfort, and ease of maintenance, featuring Michelin soles for reliability.

Additionally, the Hellenic Fire Brigade has acquired 4,500 GLOROS F10 gloves through Rosenbauer’s partner Pronoia.

The gloves meet European standards for protection in forest fires and technical rescue operations.

Rosenbauer’s Head of Area Europe, Kurt Wandaller, stated that the company is pleased to support Greek emergency responders.

The Hellenic Fire Brigade, headquartered in Athens, manages fire department supply distribution across Greece.

Lightweight protection, heavy-duty results with LION

Martin Joosen, Managing Director for LION‘s Europe Middle-East, Asia and Pacific Business territories, details their upcoming new EN-compliant gear and the balance between safety, comfort and practical functionality

LION is gearing up to release its latest range of EN-compliant turnout gear next to its also well-known NFPA Range in the first half of 2025, promising to further enhance safety and functionality for firefighters worldwide.

In this exclusive interview, Martin Joosen, Managing Director for LION’s Europe, Middle East, Asia and Pacific Business territories, shares insights into the new gear’s design, features and unique aspects.

He also discusses how this launch fits into LION Group’s broader strategy within the PPE market, shedding light on the company’s commitment to supporting those on the front lines of fire and rescue.

What inspired the development of the new EN-compliant turnout gear who is it designed for?

LION has a strong background in producing NFPA-certified turnout gear in the United States.

Regions following EN standards have their own requirements and many professional firefighters in Europe and beyond prefer gear specifically approved under those guidelines.

There was a demand for LION’s existing expertise with NFPA products to be translated into something equally reliable for EN-focused markets.

Every element of this upcoming gear’s design meets EN criteria while still offering LION signature high-grade thermal protection, breathability and ease of movement.

We put considerable emphasis on how firefighters perform physically challenging tasks, leading to design priorities shaped around practical wearability.

These suits are useable among firefighters everywhere.

Our aim is to create a product line that serves a global audience, creating a versatile solution that can handle various environments while meeting EN specifications.

Can you describe how the appearance of this turnout gear has been designed to balance practicality and visibility for firefighters?

The aesthetic ideas behind this gear’s appearance are in line with our field experience with US-based NFPA standards, where every stitch and reflective detail is tested under tough field conditions.

Our designers wanted to offer firefighters something that feels safe, comfortable and meets EN rules.

For example, by combining stripes, reflective trim and easily recognised colour contrasts, the gear stands out in smoky rooms and dim conditions.

Weight was a leading challenge, since extra layers can restrict mobility.

Engineers worked on choosing fabrics and trim that keep the gear practical, safe and noticeable without adding unnecessary bulk.

They also considered how firefighters move while responding to emergencies, so any reflective elements remain visible from multiple angles.

What are the main features of the gear that will support firefighters in their work?

Even though NFPA and EN specifications differ in some respects, each has a valuable approach to thermal resistance and comfort.

A key objective has been to create a set of turnout suits that keep firefighters agile during intense situations.

The suits feature flexible closures, sleeves shaped to allow easy arm movement and carefully chosen fabrics for breathability.

Factors like heat transfer and moisture buildup were tested to maintain dryness where possible and prevent excessive heat retention.

How does the design of this gear address the specific challenges firefighters face in high-pressure situations?

Conditions during interventions and visibility on the fireground can vary greatly, making protective garments essential for safety.

LION prioritizes maximum comfort and ergonomics while adhering to relevant guidelines.

We have strategically placed reflective elements to improve visibility from various angles and to facilitate movement.

Every detail is designed to assist first responders in navigating smoke-filled hallways.

While these features adhere to established specifications, we also explored how to arrange them so that they do not hinder movement or slow the first responder down.

This blend of flexibility and compliance with regulations enables the suit to perform effectively in challenging situations.

What aspects of this turnout gear set it apart from other options currently available?

LION has been a prominent name in NFPA-regulated markets for years.

Bringing that knowledge to an EN-compliant product has given the company a chance to bridge borders and integrate all learnings from multiple regions into those new designs.

This approach offers a global view of how turnout suits function, recognising both the protective specifications and practical requirements that frontline teams encounter.

LION chose to align with these requirements so the company could provide for firefighters whose operations follow EN guidelines.

Acquiring a certification under EN ensures that these suits fit the specific needs of users in those regions.

It offers peace of mind for departments, knowing that the gear was tested according to standards recognised in their area.

What steps is LION taking to ensure this gear is ready to meet the demands of real-world firefighting by the time it launches in 2025?

LION’s research and development teams participate in multiple committees around the world that set guidelines for fabric performance and health considerations.

These groups monitor factors like heat tolerance, breathability and how protective materials can be lighter without weakening.

Attendance at these meetings exposes the teams to new methods and tests that might eventually shape updated standards.

Everyone in the PPE community shares an interest in raising the safety bar, so discussions often revolve around scientific data, emerging technologies and ways to address known health hazards.

LION tracks and reviews the latest fabric innovations to ensure the final product delivers the optimum support firefighters require.

How did firefighter health factor into the design of the new EN-certified PPE or other LION solutions?

Firefighter health is a prominent topic these days, especially when it comes to substances that might be present in protective layers.

Organisations in many regions are asking manufacturers to be extra transparent about the chemicals they use.

In response, LION continues to look for fabrics and coatings that propose the latest level of health protection while still delivering reliable thermal protection.

A separate concern is contamination from black smoke or particles that can remain in turnout suits after certain call-outs.

New regulations often address how to handle gear cleaning and maintenance so firefighters face fewer risks from harmful buildup.

LION uses the latest available materials and makes sure to acquaint itself with the local guidelines, so LION makes the most appropriate decisions on suit assembly, like how suits are stitched and sealed.

This also means that in the world of firefighting, the definition of “clean” is evolving.

It’s no longer just about appearances; it’s about ensuring the utmost safety and protection for those who risk their lives every day.

Traditional cleaning methods might leave unseen contaminants behind, putting firefighters at risk.

But now, with RedZone CO2 Clean, we’re setting a new standard – a standard that goes beyond the surface, providing a deep, thorough clean that meets and exceeds today’s safety expectations.

RedZone CO2 Clean isn’t just another cleaning process; it’s a revolutionary approach that ensures firefighters’ gear is as clean as it can be – inside and out.

Using advanced CO2 technology, it penetrates deep into the fibers of firefighters’ PPE, effectively removing contaminants that traditional methods might miss.

This is the new badge of honor – a symbol of commitment to safety, health and the future of firefighting.

So, how clean is clean? With RedZone CO2 Clean, it’s cleaner than ever before.

It’s not just about maintaining firefighters’ gear; it’s about protecting their lives.

Choose the new standard.

Choose the new badge of honor.

Choose RedZone CO2 Clean.

With that in mind and at the same time, on the training side, LION’s latest training concept, the New Fire Training Technology (NFTT) program, balanced carbonaceous, gas and digital fire technology elements to reduce the volume of hazardous particles released during drills.

The idea is to give firefighters a realistic environment without exposing them to higher-than-necessary doses of smoke and toxins.

Looking ahead, how do you see LION’s role growing in the European fire safety market and are there other developments we can expect from the company?

Firefighters throughout Europe engage in varied tasks and many companies are addressing the need to blend high heat protection with a more manageable suit weight.

This is an ongoing challenge that we have taken on by studying how materials perform in multiple scenarios.

Development teams keep looking for layers that shield firefighters from intense conditions while allowing them to move quickly.

The company is also active in preparing new concepts for firefighters who manage a variety of incidents, from structural fires to rescues in industrial sites.

Most of these steps centre on comfort and reliability.

By tracking how well suits withstand repeated exposure to smoke or water, LION can fine-tune upcoming generations of PPE.

Lakeland Fire + Safety CEO outlines growth and acquisition strategy

Lakeland Fire + Safety CEO Jim Jenkins reports on fiscal year 2025 performance

Lakeland Fire + Safety CEO Jim Jenkins has outlined the company’s fiscal year 2025 performance, highlighting acquisitions, leadership changes, and financial growth.

Jenkins stated that the company completed a $46 million public equity offering, strengthening its balance sheet and providing resources for expansion in the fire protection sector.

He noted that the offering is expected to generate annual cash interest savings of approximately $2.5 million.

Jenkins said the company completed four acquisitions over the past year, expanding its product portfolio and market presence.

He emphasised a renewed focus on acquisitions in fire turnout gear and the decontamination services segment, which he described as offering high-margin recurring revenue streams.

CEO highlights acquisitions and global expansion

Jenkins detailed the company’s recent acquisitions, which he said have strengthened Lakeland Fire + Safety’s position in key global markets.

He noted that in late 2023, Lakeland acquired New Zealand-based Pacific Helmets NZ Limited, a manufacturer of helmets for structural firefighting, wildland firefighting, and rescue operations.

He described this acquisition as complementing the company’s turnout gear offerings and creating additional cross-selling opportunities.

In early 2024, Jenkins said Lakeland acquired Jolly Scarp, an Italy-based manufacturer of professional footwear for firefighters, military personnel, police, and rescue workers.

He highlighted Jolly’s established reputation for quality and its strong presence in the first responder safety market.

Jenkins also pointed to the acquisition of LHD Group Deutschland GmbH and its subsidiaries, which provide firefighter turnout gear and decontamination services.

He said LHD has a market presence in Germany, Australia, and Hong Kong, with its Lakeland LHD Care division offering protective clothing maintenance services.

In December, Lakeland completed its fourth acquisition of the year, Veridian, which Jenkins said supplies firefighter protective apparel, gloves, and boots.

He stated that this acquisition strengthens Lakeland’s position in the US and Latin America.

Leadership appointments to support future growth

Jenkins also announced leadership changes to support the company’s expansion.

He said Barry Phillips has been appointed Chief Revenue Officer, bringing over 37 years of experience in sales leadership and revenue growth in the fire services sector.

Jenkins also introduced Cameron Stokes as the new Chief Commercial Officer, Global Industrial, noting his focus on industrial safety product sales.

Jenkins highlighted the appointment of Laurel Yartz as Chief Human Resources Officer.

He said Yartz has over 30 years of HR leadership experience and will oversee workforce development and cultural transformation.

Jenkins also noted his own transition to President, CEO, and Executive Chairman, after previously serving as Executive Chairman and a director since 2012.

He said he remains committed to executing the company’s strategy for building a premier global fire services brand.

Future growth strategy and acquisition plans

Looking ahead, Jenkins said Lakeland Fire + Safety will continue its acquisition strategy in the fire protection sector.

He said the company is focused on consolidating the fragmented fire market and expanding into high-margin industrial and chemical safety products.

Jenkins also outlined plans to improve operating and manufacturing efficiencies to increase profitability while strengthening Lakeland’s global market position.

Lakeland Fire + Safety CEO outlines growth and acquisition strategy: Summary

Lakeland Fire + Safety CEO Jim Jenkins has reported on the company’s fiscal year 2025 performance, detailing acquisitions, leadership changes, and financial strategy.

He announced that the company raised $46 million through a public equity offering, improving its financial position and reducing debt-related costs.

Jenkins said Lakeland completed four acquisitions, including Pacific Helmets, Jolly Scarp, LHD Group Deutschland, and Veridian.

He stated that these acquisitions have expanded Lakeland’s global market presence and enhanced its product offerings.

To support growth, Jenkins announced several leadership appointments, including a Chief Revenue Officer, Chief Commercial Officer, and Chief Human Resources Officer.

He also confirmed his transition to President, CEO, and Executive Chairman.

Jenkins said Lakeland will continue to pursue acquisitions in fire turnout gear and decontamination services while expanding in the industrial and chemical safety sectors.

He also emphasised the company’s focus on increasing manufacturing efficiencies and market penetration.

Lakeland Industries renews Fire and Emergency New Zealand contract for firefighter gear

Contract renewal extends Lakeland Industries partnership with FENZ

Lakeland Industries has announced that its subsidiary, Lakeland LHD, has secured a contract renewal with Fire and Emergency New Zealand (FENZ).

The agreement, which spans an initial five years with options to extend up to 12 years, continues a relationship that has lasted over 22 years.

The contract includes the supply of KIWI 2.0 L2 structural fire ensembles along with decontamination, care, and logistics management services.

The agreement covers the provision of protective hoods, gloves, and other apparel, with an estimated 1,600 to 2,000 ensembles supplied annually.

The decontamination service is designed to reduce firefighter exposure to harmful carcinogens.

Scope of Fire and Emergency New Zealand

FENZ was formed under the Fire and Emergency New Zealand Act 2017, bringing together multiple fire services into a unified national organisation.

It is responsible for both urban and rural fire protection across New Zealand.

The organisation operates over 650 stations and has a workforce of approximately 2,000 paid firefighters alongside 12,000 volunteers.

FENZ provides emergency response and fire protection across the country.

Lakeland LHD on continued collaboration

Barry Phillips, Chief Revenue Officer for Lakeland, commented on the contract renewal: “We are honored that FENZ has once again selected Lakeland LHD to provide the turnout gear and decontamination services needed to protect the firefighters of New Zealand.”

Louie Hatzikosmidis, Managing Director for Lakeland LHD, added: “We are deeply grateful for the trust and partnership we have shared with Fire and Emergency New Zealand over the years, and we remain committed to delivering excellence as we stand by our company mission of ‘Protecting your People’.”

Fire and Emergency New Zealand perspective

Rachael Utumapu, Operational Standards Manager for FENZ, commented: “We have enjoyed our longstanding relationship with Lakeland LHD and look forward to continuing this partnership to provide our firefighters with the best protection in terms of apparel and decontamination services.

“Lakeland LHD has proven over the years to be a partner that we can rely upon to deliver what we need.”

Lakeland Industries renews Fire and Emergency New Zealand contract for firefighter gear: Summary

Lakeland Industries has announced that its subsidiary, Lakeland LHD, has secured a contract renewal with Fire and Emergency New Zealand (FENZ) for firefighter protective gear and decontamination services.

The agreement spans an initial five years, with options to extend up to 12 years.

The contract includes the supply of KIWI 2.0 L2 structural fire ensembles, as well as decontamination and logistics management services, with an estimated 1,600 to 2,000 ensembles provided annually.

FENZ is responsible for fire protection across New Zealand, operating over 650 stations with a combined force of 2,000 paid and 12,000 volunteer firefighters.

Lakeland LHD representatives expressed appreciation for the continued partnership, while FENZ officials stated that the company has been a reliable provider of protective apparel and services.

BSIF report finds high failure rates in non-member PPE products

BSIF tests reveal high PPE failure rates

The British Safety Industry Federation (BSIF) has warned about the widespread presence of substandard personal protective equipment (PPE) and safety products following its latest independent testing.

Between December 2023 and December 2024, BSIF tested 161 PPE products from non-member suppliers.

Only 16 products (10%) met full compliance standards, while 138 (90%) failed.

Seven test results are still pending. Failures were recorded across all PPE categories.

In some cases—such as head protection, eye and face protection, and fall protection—every non-member product tested failed to meet regulatory standards.

High failure rates across multiple PPE categories

BSIF’s testing found concerning safety failures in several key product areas:

  • Head protection: All six tested products failed, with deficiencies in penetration resistance and shock absorption.
  • Eye and face protection & fall protection: All 13 tested products failed, failing to resist impacts and compromising user safety.
  • Safety footwear: 31 out of 36 tested products (86%) failed, with issues including inadequate impact resistance and slip protection.
  • Hearing protection: 28 out of 31 tested products (90%) had incorrect cushion and headband pressures, affecting noise reduction.
  • Safety gloves: 21 out of 22 tested products (95%) failed to meet cut, abrasion, and puncture resistance claims.
  • Hi-vis clothing: 11 out of 13 tested garments (85%) failed brightness and visibility standards.
  • Respiratory protective equipment (RPE): 22 out of 25 tested products (88%) did not meet filtration requirements for hazardous dust and fumes.

BSIF member suppliers show better compliance rates

In contrast to the non-member results, BSIF found a significantly higher compliance rate among its Registered Safety Suppliers.

Out of 399 tests conducted on PPE from BSIF members, 322 products (86%) passed.

Of the 51 products that initially failed, all issues were addressed and corrected.

BSIF CEO Alan Murray said: “People are continually surprised by the sheer volume of PPE and safety products that fail to meet basic safety standards.

What’s even more shocking is that, despite vendors being informed of these deficiencies, such products often remain on the market, continuing to expose unsuspecting buyers and users to significant risks.”

BSIF urges buyers to verify supplier credentials

BSIF has advised PPE buyers and procurement teams to ensure that products meet regulatory standards by checking for the BSIF Shield.

The BSIF Registered Safety Supplier Scheme Manager, Roy Wilders, said: “When protective—and sometimes life-saving—equipment fails to meet standards, it’s not just a statistic; it’s a potential tragedy waiting to happen.”

Wilders added that the BSIF team actively monitors the market to identify and address substandard products, but buyers must also take responsibility by verifying suppliers before making purchases.

BSIF report finds high failure rates in non-member PPE products: Summary

The British Safety Industry Federation (BSIF) has reported that 90% of PPE products tested from non-member suppliers failed to meet compliance standards.

Testing between December 2023 and December 2024 covered 161 products, with 138 failing regulatory assessments.

Categories with 100% failure rates included head protection, eye and face protection, and fall protection.

In contrast, 86% of PPE from BSIF Registered Safety Suppliers passed compliance tests.

BSIF has urged buyers to check for the BSIF Shield to ensure they are purchasing safe and certified PPE.

Tackling extreme terrain with Vallfirest’s cutting-edge firefighting solutions

Vallfirest reveals how collaboration with firefighting professionals worldwide has inspired new tools for managing unpredictable wildfires

Wildfires are a disturbance fuelled by climate change, directly impacting ecosystems and society.

Experts worldwide point out that the evolving nature of wildfires is introducing a new category, defined by their size, intensity, rapid spread, erratic behaviour, and simultaneity, which exceed not only the suppression capacity but also the decision-making and management abilities of intervention teams, pushing them to the brink of collapse.

In this context, Vallfirest has emerged as a global leader, combining technical expertise, collaboration with professionals worldwide, and a strong focus on innovation.

Vallfirest’s mission is to revolutionise wildfire management by equipping professionals with state-of-the-art PPE, tools, and technology to perform operations more safely and efficiently, even in the most extreme conditions.

The complexity of 21st-century wildfires, defined by their extreme intensity, unpredictable behaviour, and massive scale, demands a new approach to forest management.

This includes new strategies, tactics, and manoeuvres requiring tools and technologies that are not only effective but also adaptable to these changes.

This article explores some of the company’s latest innovations, highlighting products such as the Xtreme Boots, the new Xtreme Mask, the Dronster, and the Universal Pump Flotation System, all designed to tackle these challenges.

Redefining protection: the Xtreme Boots

In the realm of personal protection, the Xtreme Boots represent a milestone for wildland firefighters.

These boots are a revolution in protective footwear, adapting technical mountaineering footwear technology to meet the needs of intervention teams.

Manufactured with high-heat-resistant materials, they can withstand extreme temperatures while providing comfort during long shifts.

They feature a Vibram® technical sole, exclusively designed for Panter® firefighting footwear, with a special formulation resistant to extreme heat (+300 °C), adhering to all surface types, and offering exceptional traction and stability.

Furthermore, their ergonomic design significantly reduces fatigue, making them an essential ally for firefighters working in extreme conditions.

These boots have been tested in wildfires worldwide, where their performance has exceeded expectations, protecting firefighters and allowing them to operate more comfortably.

The Xtreme Boots are certified under the EN 15090:2012 standard with markings F1PA + HI3 + CI + SRC.

A leap forward in respiratory safety

The new Xtreme Mask, available from February 2025, marks a significant advancement in facial and respiratory protection for wildland firefighters.

Specifically designed to withstand extreme conditions, this multipurpose device features a P3 R filter that protects against particles, microparticles, nanoparticles, smoke, mist, and other common agents in fires.

Optionally, it can be equipped with an ABEK1P3 R filter for additional protection against gases, vapors, acids, and other compounds present in slow-combustion fires.

The textile component of the mask will be certified under specific points of the EN ISO 15384:2020/A1:2021 standard for wildland firefighting protective clothing.

The half-mask will comply with EN 140:1998/AC:1999 for respiratory protection devices, the P3 R filter with EN 143:2022 for particle filters, and the ABEK1P3 R filter with EN 14387:2022 for gas and combined filters.

Additionally, this PPE (combination of textile component/half-mask/filters) will be the first respiratory protection device to include an official declaration issued by the Notified Body 0161, certifying the compatibility of these components for proper and safe use.

With an ergonomic design ensuring a comfortable fit and optimal visibility, the Xtreme Mask combines protection, ergonomics, and functionality, providing firefighters with the confidence needed in highly demanding environments.

Dronster: versatility for all terrains

The multi-emergency Dronster robot has been reimagined in a more powerful version, designed to revolutionise emergency operations.

Its compact and versatile design allows for easy and rapid deployment thanks to its weight, size, and configuration tailored to various emergencies.

In forest environments, the Dronster is ideal for both prevention and suppression, capable of operating on all types of terrain with consistent performance.

It can enhance the efficiency of teams in forest management tasks, creating safe zones, and constructing defence lines.

In its forest version, it can be equipped with a high-power shredder with a lifting capacity of 1 meter, a rear blade for organic material removal, and optional front and rear winches.

In industrial or civil environments, the Dronster improves the safety of intervention teams by accommodating different attachments depending on the operation type: a front pushing blade, a monitor, or a high-power fan.

Additionally, this robot is used for material transportation and active firefighting tasks, standing out as a versatile and robust tool.

Its ability to perform heavy and repetitive tasks in challenging terrains allows human teams to focus on more critical strategies.

Efficiency afloat: the Universal Pump Flotation System

The vft Universal Pump Flotation System (UPFS) is an innovative accessory capable of transforming a portable pump into a floating pump, improving transport logistics and equipment management efficiency, thereby enhancing the performance of existing teams.

The UPFS is lightweight and compact, facilitating transport and setup within minutes, making it ideal for rapid and emergency operations.

From concept to combat-tested solutions

Behind each Vallfirest innovation lies a commitment to research, co-creation, and lessons learned.

Before launching a product to market, exhaustive tests are conducted in real scenarios, working hand-in-hand with experienced firefighters.

This approach ensures that every tool is not only technically effective but also practical and tailored to the specific needs of the user.

Vallfirest’s commitment to the wildfire community and innovation has led the company to expand to over 80 countries, where its products are making a difference in wildfire management.

This article was originally published in the January 2025 issue of International Fire & Safety Journal – to read your FREE digital copy, click here.

Reshaping rescue with MSA Bristol

Explore MSA Bristol’s cutting-edge protective clothing, designed for varied rescue missions with innovative materials, enhanced comfort and duty-specific engineering

Firefighters face a variety of challenging scenarios, ranging from technical rescue missions to structure fires and wildland firefighting.

Having the right protective gear and technology to suit a given situation is critical.

This year at Intersec 2025, MSA Safety featured its innovative line of Bristol fire protective clothing; solutions that are helping to safeguard those at the frontlines of increasingly diverse fire and rescue missions.

MSA Bristol Rescue Stretch

Bristol’s newest design, the Bristol Rescue Stretch, will be on display.

It integrates one of the industry’s latest innovations, the GORE-TEX CROSSTECH® PYRAD® stretch fabric, which is a lightweight fabric, that is flexible, waterproof, wind proof and has blood-borne pathogen protection.

It also features incidental flame protection and comes in varying colors, styles and fits.

MSA Bristol X4 Structural Suit

Addressing the customer’s desire for freedom of movement and expectations to deliver light weighted garments for the hardest interventions, the X4 Structural Suit features fabric such as Hainsworth’s PBI NRG LP.

Weighing only 190gsm – it helps to reduce the risk of heat stress and helps the wearer perform at their best for longer.

This light, durable fabric provides flame resistance and chemical protection.

MSA Bristol X4 TRW-Hybrid Suit

The MSA Bristol X4 TRW-Hybrid™ (Technical Rescue Wildland Hybrid) suit is a versatile and lightweight suit that can be converted from technical rescue to wildland fire interventions by zipping the moisture barrier in or out.

A removable GORE-TEX Crosstech Flameliner provides water resistance, breathability and protection from blood-borne pathogens, whilst the 50mm Heatseal segmented triple trim reflective is breathable.

MSA Bristol X4 Wildland Garment

Designed to address the need for enhanced protection during long-lasting interventions in high-temperature environments, the MSA Bristol X4 Wildland duty-specific garment is a single-layer lightweight solution with underarm gussets for improved sweat and heat transfer, enabling firefighters to act with agility and comfort.

The X4 Wildland garment is designed to be worn for longer periods of time in hot environments.

It offers lightweight comfort to help firefighters in situations where wearing a structural suit could be too inefficient.

This article was originally published in the January 2025 issue of International Fire & Safety Journal – to read your FREE digital copy, click here.

Driving digital compliance on the fireground with MSA Safety’s connected solutions

Danny Stranks, Connected Services and Solutions Sales Manager for MSA Safety, EMEA, explains how connected solutions optimise compliance and improve safety protocols across industries globally

Can you explain what digital compliance is and why it is beneficial for enhancing worker safety?

When we look at people not familiar with digital compliance, we need to take a step back and understand how conventional compliance is managed in safety.

I’ve spoken to customers across Europe, the Middle East and Africa and it’s managed in various ways—it could still be Excel spreadsheets or paper filing and both are very time-consuming and can be manipulated if it wasn’t right the first time.

Digital compliance is simple.

By integrating connectivity directly into a product, you can seamlessly automate the process, providing actionable data that helps safety managers create safer and more efficient worksites and you completely take that human element out of it.

Most importantly, by automating the process, you essentially gain a digital employee.

That can save a lot of time and energy that you would be spending to manage it manually, so you can focus on other areas of safety that are important.

Compliance is important, but it can be a very time-costly exercise.

Digital compliance streamlines that process.

How do connected solutions make compliance easier?

When you look at compliance, the core remains the same: Is the equipment ready to use? Do you have a reliable audit trail before and after the equipment has been used? And that’s really important.

When we look at audit trails of equipment, how do you go backwards to check over time if it was ready?

By adopting the connected solution, regardless of the industry, you can capture and manage that data in one place to build better safety protocols and better optimise the deployment of your assets in the field.

By capturing that data, we can address training opportunities and remove complacency in usage.

How can you reassure companies intimidated by data about its benefits for safety?

We’re living in an age where data is still new to some people and how we use data can sometimes be a source of concern.

I remind people that data is unemotional.

For example, if three people see an incident and we saw it from three different angles, we’re going to write about it all differently when we put it down.

If you had a friend involved in the incident, it is possible you will write about it completely differently compared to someone else because you’re emotionally attached to that person.

Data is unemotional.

It’s only going to give us the hard facts that we can then have actionable insight into.

Data can objectively tell us what happened, at what time and what the environment around it was.

It provides actionable data to then see improvements, whether that’s in safety improvements or training opportunities.

So that’s what I mean by unemotional and that data is a really powerful tool when used right.

People shouldn’t be intimidated because it’s collating that data that we should be collating without any other bits of being involved in that environment.

How does a data-driven approach change traditional methods for addressing workplace safety?

I have two words: accountability and visibility.

By adopting a data-driven approach, data provides visibility of what is happening within your organisation at any time.

Managing various machines, especially at satellite sites, can be difficult.

Using data, we can manage fleet optimisation, compliance, service and maintenance and equipment utilisation and usage.

This is important because companies provide equipment, but we don’t know if they always use it.

With data, we can generate usage reports and utilisation, which drive data adoption across the region.

Accountability is also crucial.

When someone is accountable for equipment and data is collected, it changes work cultures as they know something is being monitored.

Visibility of data and accountability allows us to act.

How are MSA’s connected solutions adapted across industries?

When MSA develops products or technology, the customer is always our priority to ensure robust, reliable products that users can trust.

Trust is crucial for safety-critical equipment.

Our connected solutions can be leveraged in various ways across industries.

For large refineries with hundreds of workers, they can use worker location alarm notifications.

In heavy industry, workers use our Grid ID RFID tag system to ensure fleet optimisation.

When workers tag in, it checks compliance, runs compliance reports and ensures bump tests or calibrations are performed.

This is powerful.

For example, one customer saved 200 devices per year by using tag in/tag out, avoiding device wastage and reducing costs.

What role will connected safety solutions play in future compliance and safety standards?

As connectivity becomes more common, standards for its use and collection will become integral to workplace compliance.

In large parts of Europe, gas exposure must be tracked to protect workers and companies.

Connected solutions will help ensure that exposure levels are recorded accurately, which will be referenced in future claims.

This integration is already happening in Europe and parts of the US.

What is the next phase for connected safety solutions at MSA and the industry?

The next phase involves offering a complete solution and working with our customers to identify their needs.

I meet customers who may be reserved about adopting connected solutions, but they often provide great ideas for improvements.

A significant part of the next phase is responding to these customer requests as connectivity becomes more integral to compliance.

We are developing a complete portfolio of products and integrating them into unified solutions, which is essential as we move forward.

This article was originally published in the January 2025 issue of International Fire & Safety Journal – to read your FREE digital copy, click here.

Where tradition meets innovation: How Tuffking is changing the game for firefighter footwear

Discover how Ryan Dhindsa, Managing Director at Tuffking, is leading the charge in pioneering new technology for firefighter footwear

Founded in 1854 as Giffard Newton & Sons, the Tuffking brand is the oldest fire boot manufacturer globally, and is experiencing a significant phase of expansion. The company’s leading brand Tuffking is preparing for a 40% increase in turnover this year, largely driven by its focus on developing firefighting gear.

Tuffking recently embarked on a journey of innovation, leveraging its 170 years of technical expertise to modernise its entire product range. This innovation led to the creation of a pioneering new era of fire-fighting footwear that will protect modern day fire fighters.

These boots are notably lighter and more sustainable than their predecessors and contain no harmful chemicals such as lead, chromium or PFAS which can often be found in fire-fighting protective equipment.

The innovative new range by Tuffking has been designed to meet the rigorous demands of modern firefighting professionals.

We spoke to Dhindsa, Managing Director at Tuffking to find out more about the company’s plans to revolutionise the firefighting boot industry.

Could you introduce yourself and explain your role at Tuffking?

My role as Managing Director is to put Tuffking back on the map as the leading firefighting boot manufacturer globally. We have a long history of manufacturing safety boots, military boots and firefighting boots for the UK Government, dating back to World Wars I and II.

Tuffking was the first company globally to manufacture a leather firefighting boot to safety standards, making us pioneers in the industry. My goal is to restore our position as the leading firefighting boot manufacturer and have British innovation lead the global charge in safety.

Our boots have always been known for quality, even when they were not traditionally the most attractive looking. We’ve maintained the best quality record in the industry with 0.71% return rate over 10 years, with firefighters often referring to our boots as tanks because of their durability.

Firefighters have told me they still use their boots after 15 years of service. We want to continue this reputation while also innovating.

Could you share insights into the research and development process to developing Tuffking’s new footwear?

When I joined this organisation, I travelled across the country, from Cornwall, UK to Inverness, Scotland, to meet with various fire departments and emergency service personnel to understand their needs.

These people are heroes, putting their lives on the line every day, so we have a responsibility to make the best kit possible. Meeting the firefighters and understanding their varying requirements was the most inspiring part, acting as the catalyst for our new range.

The needs change from region to region. For instance, the footwear needed in Devon and Somerset might differ due to geographical terrain and weather conditions compared to North Yorkshire.

Traditionally, it has been a one-size-fits-all approach where everyone gets the same boots. However, I’ve learned it’s multifaceted and they require footwear adequate for their terrain.

There are also gender differences to consider, as I discovered through my work on the National Committee for firefighters’ PPE. Ensuring there are options for female firefighters is crucial.

Can you describe the common issues that firefighters face with their current footwear?

Traditionally, firefighting boots have always used steel toe caps and steel midsoles. The midsole is the part that goes under the foot to protect against nails penetrating the bottom of the wearer’s foot.

Stainless steel is very strong and durable. But the problem with steel is that it doesn’t cover the entire surface area of the boot. It doesn’t go all the way to the edges because steel, being metal, is very rigid. If you put it all the way to the edges of the outsole, it could start to protrude and cause cracking.

The advantage of using a composite or Kevlar midsole, which we use in general safety footwear, is that you get surface area protection all the way to the edges of the boot. So, you get a little more surface area in penetration resistance.

At Tuffking, we try to find these gaps in the market and innovate because we have more boot making experience than anyone else in this field. We can move very fast because we have excellent relationships with our raw material suppliers.

How was the material tested to ensure it meets the rigorous demands of firefighting?

We realised that people want to move away from steel towards composite. The problem is that penetration resistance testing is done at room temperature. However, firefighters run into burning buildings, so the testing method needs to reflect that.

Steel is protective and will pass the test if using high-strength non-corrosive stainless steel for hot nail penetration. Unfortunately, there have been issues of hot nails penetrating firefighters’ feet in the UK and other countries. Traditional Kevlar used for penetration resistance is not tested at high temperatures.

We needed to develop a test method, so we created a chamber with a testing house to heat the nail up to 250 degrees Celsius.

First and foremost, we needed a test method. The second obstacle was developing a material that could withstand high temperatures.

You might ask: if steel passes the test, why not use steel? The problem is that firefighters can walk over live electrical wires and steel weighs more.

This is more flexible and lightweight, which is important from a health and safety perspective. Conductive materials like steel in footwear pose risks when walking over live wires.

Firefighters want composite, but it doesn’t pass high-temperature tests. So, we developed a testing device and then worked on creating a composite material that can withstand hot temperatures.

We collaborated with raw material suppliers worldwide, examining different techniques and percentages used in Kevlar midsoles.

Manufacturing techniques vary in South America, Europe and the Far East. We looked at the different percentages of materials used and how we could infuse something to help penetration at high temperatures.

Another factor was the thickness. Traditional midsoles are about 3 to 3.5 millimetres thick. Making them thicker might seem like a solution, but it affects fitting, slip resistance and the stride of the boot.

Were we to simply increase the thickness to 5 millimetres, the boot would be taller, impacting fitting and wearability.

How did you overcome these challenges?

We wanted to infuse raw material to help penetration at high temperatures without affecting the boot’s structure. We explored para-aramid fabric, used in firefighting suits.

These suits are expensive and difficult to make so we reached out to fabric manufacturers to understand how para-aramid fabric is made and if it could be infused with Kevlar.

We spent over three years testing different concentrations and percentages to ensure durability and avoid cracking. Nonstop testing in the lab was necessary to make sure the material was feasible before incorporating it into a boot.

After almost three years, we found the right concentration and thickness. We then tested the material inside the boots. Today, we’ve successfully achieved our goal. We’ve made this material and we are the only firefighting boot manufacturer in the world to use it.

What are the key features of this new material?

Our new boots are lighter, fully composite and contain no metal. They pass tests up to 250 degrees Celsius.

To give context, the firefighting standard EN 15090:2012 requires the outsole to withstand a 250-degree Celsius plate for 45 minutes. This isn’t an arbitrary temperature; it’s uniform with the current test method.

We wanted our boots to withstand and exceed real-life challenges of fire fighters. Generally heat resistance testing for footwear is conducted between 250 C to 300 C so we were able to stay in-line with the industry standard for temperature.

Our new material combines the strength and durability of steel with the flexibility and lightweight properties of composite materials.

It provides complete surface area protection and withstands high temperatures, addressing the critical issue of hot nail penetration.

The material also eliminates the risks associated with steel, such as conductivity and weight, making it safer for firefighters who may encounter live electrical wires.

Looking forward, how does Tuffking see this technology developing?

We believe this innovation will significantly improve firefighter safety and performance. Our boots now offer better protection, comfort and durability, meeting the demanding conditions firefighters face daily.

This project has been a significant investment in time and resources, but the results have been worth it. We have successfully created and implemented this unique material in our firefighting boots, making us the only company in the world to use it.

This article was originally published in the January 2025 issue of International Fire & Safety Journal – to read your FREE digital copy, click here.