News

The D1x represents a continuously evolving family of certified notification, initiation, and detection products engineered for operation in the most demanding hazardous industrial and harsh marine environments. Combining extensive international certification with advanced electronic design and robust marine-grade aluminium enclosures to deliver hi-performance signaling and detection solutions.  D1x devices are approved for use in Class I/II Division 1 locations to UL/cUL, as well as Zone 1 applications to ATEX/IECEx. Selected variants additionally carry UL1638, CAN/ULC-S526, EN54-23, and UL Marine approvals, enabling deployment across a range of harsh industrial, offshore, and maritime applications.

Integrated audible and visual notifications

The D1xC1 and D1xC2 ranges combine hi-intensity audible and visual signaling in a single, factory-configured device, simplifying installation while maximising alarm effectiveness. Xenon strobe beacons are paired with either flare horn sounders or compact radial horns, the latter providing omni-directional sound coverage regardless of mounting orientation.

Strobe options include 5 and 10 Joules outputs delivering up to 1,000,000 Candelas in seven UV-stable, field-replaceable colours, while sound output reaches up to 123 dB(A) for hi-noise environments. Selected 24Vdc variants are approved for fire alarm applications. A threaded flame path, compact internal layout, and ratchet-adjustable stainless steel brackets improve serviceability, wiring access, and installation accuracy.

The D1xC1F series extends the range to fully certified explosion-proof public mode fire alarm solutions for Class I Division 1/2 and Zone 1 to UL/cUL installations. It includes 15W and 25W loudspeakers with 25/70V line transformers or hi-output alarm horns, combined with Xenon strobes up to 190 Candelas, with automatic synchronisation as standard.

Alarm horn sounders and loudspeakers

Standalone D1xS alarm horn sounders are available in flare and radial formats, supporting up to 64 selectable first-stage alarm tones via internal DIP switching. Remote triggering enables up to four alarm stages or channels. The D1xS1 24Vdc variants carry approvals for public mode fire alarm systems.

The D1xL loudspeaker range includes 15W and 25W models with low-impedance and 70V line capability. DNV type approval confirms suitability for offshore PAGA and fire voice systems. High Q-factor drivers, controlled directivity, and factory-fitted transformers ensure excellent speech intelligibility in hi-ambient noise and corrosive marine conditions.

Manual call points, beacons and heat detectors

The D1xCP1-PS explosion-proof manual call point is UL and UL Marine listed, SIL2 compliant, and rated NEMA 4X, providing dependable manual initiation in hazardous and corrosive environments. The D1xB2 Xenon beacons deliver outputs of 5, 10, 15 or 21 Joules with peak light output of 2,100,000 Candelas. With LED beacon providing an alternative for low-power applications.

The D1xH1 heat detector range integrates Detect-A-Fire® rate-compensated sensing technology within the marine-grade aluminium enclosures. Approved to UL, cUL, ATEX, and IECEx, and SIL2 compliant to IEC 61508, these detectors provide reliable fire and over-temperature detection across, and Class I/II Divisions 1 and 2 to UL, and Zones 0 and 1 to ATEX/IECEx.

D1x family - a reference standard for harsh signaling specifiers

By combining hi-output performance, global approvals, and rugged marine-grade enclosure, the D1x family establishes a benchmark for hazardous-area signaling. From notification and voice evacuation to initiation and detection, it provides a scalable, compliant, and dependable safety platform for harsh and critical industrial applications where life-safety and operational continuity are paramount. Learn more about the D1x family at e2s.com.

New market surveillance data highlights widespread failures in PPE performance, certification, and documentation

The British Safety Industry Federation (BSIF) has revealed that 82% of personal protective equipment (PPE) products sourced from non-registered suppliers failed to meet required standards during testing in 2025, according to findings published in its new white paper, Combatting Substandard PPE in the UK.

The results are based on testing and compliance assessments carried out between January 2025 and January 2026, during which BSIF assessed 88 PPE products sourced from suppliers outside the BSIF Registered Safety Supplier Scheme. In total, 116 individual tests were conducted, alongside detailed reviews of certification, technical documentation, and product marking.

Only 18% of the products tested met all applicable regulatory requirements. The remaining 82% failed due to technical performance failures, missing or invalid certification, inadequate documentation, incorrect product marking, or a combination of these issues.

While 43% of products tested resulted in a direct technical performance failure, the overall non-compliance rate rose sharply once documentation and marking issues were included. Under UK PPE regulations, products that lack valid certification, Declarations of Conformity, or correct CE/UKCA markings are deemed non-compliant regardless of laboratory performance.

BSIF warns that missing or misleading documentation removes any reliable assurance that PPE has been tested against the correct standards or hazard categories, leaving buyers and users unable to confirm whether equipment is suitable for the risks it claims to protect against.

Failure rates across PPE categories

Testing revealed consistently high failure rates across almost every PPE category, with some reaching 100% non-compliance for selected products among non-registered suppliers:

•          100% of hearing protection products tested failed to meet required standards

•          100% of fall protection equipment failed to meet test criteria

•          94% of head protection products did not meet required test criteria

•          86% of eye and face protection products failed tests

•          84% of respiratory protective equipment (RPE) had ineffective filters

•          84% of protective clothing, including flame-retardant and chemical garments, failed tests

•          84% of high-visibility jackets failed brightness and visibility requirements

•          83% of hand protection products left workers inadequately protected

•          79% of safety footwear failed overall compliance checks

•          91% of sports and motorcycle protective equipment did not pass testing

How products failed

The white paper details repeated and serious failure modes identified during testing, including:

•          Respiratory protection exceeding permitted particle penetration limits

•          Safety helmets transmitting excessive impact force or failing chin-strap anchorage tests

•          Eye protection lenses shattering on impact instead of resisting it

•          Hearing protectors cracking under drop testing, rendering them ineffective

•          Safety footwear failing toecap compression, impact, penetration, and slip resistance tests

•          Protective clothing marketed as flame-retardant burning aggressively during testing

•          Chemical protective garments sold without verified chemical resistance data

In many cases, products failed multiple criteria simultaneously, compounding the level of risk faced by users.

Commenting on the findings, John Hooker, CEO of BSIF, said: “These findings should concern anyone responsible for worker health and safety. PPE is often the last line of defence against serious injury or harm. When 82% of products from non-registered suppliers fail to meet regulatory requirements — whether through performance failure or missing certification — it highlights a clear compliance gap in the market.

“This is not about minor administrative issues; it is about ensuring that equipment relied upon to protect lives is genuinely fit for purpose. Buyers must verify what they are purchasing and ensure they can evidence compliance.”

Roy Wilders, RSS Scheme Manager, added: “What we are seeing in testing is not isolated or technical nuance, it is fundamental failure. We saw respiratory filters that did not filter effectively, helmets that transmitted excessive force, and protective garments that burned so aggressively testing had to be stopped.

“Equally concerning is the volume of missing or misleading documentation. Without valid Declarations of Conformity, correct markings, and clear user instructions, there is no reliable assurance that a product has ever been properly assessed. That leaves workers exposed and employers vulnerable.”

A call for verification and trusted supply chains

By contrast, PPE sourced from BSIF Registered Safety Suppliers demonstrated a 96% compliance rate, with any issues typically limited to minor documentation matters that were addressed promptly.

BSIF is urging buyers, specifiers, and dutyholders to verify supplier credentials, scrutinise documentation, and look for the BSIF Registered Safety Supplier shield as a clear indicator of compliance, transparency, and a commitment to high standards. 

The full white paper, Combatting Substandard PPE in the UK, is available at: Combatting Substandard PPE in the UK.

Hart Door Systems has received further orders for its Speedor Storm following successful operation at a waste management facility west of London.

Hart’s managing director, Nick Hart, says the first doors were installed 18 months ago “and to get further orders, which would bring the total Hart doors on site to five,  from the major, transnational, company for Hart’s Speedor Storm is testimony to the quality of our leading brands.”

“Waste and Water management are very important issues facing the country,” says Mr Hart. “ “Waste transfer is subject to strict controls and in the UK the process is formally recorded using a Waste Transfer Note (WTN).

“A WTN is a legal document that tracks each movement of non‑hazardous waste from the point it is produced to the point it is collected, transported, or received by another party.

“This ensures there is a clear audit trail and that waste is only passed to authorised carriers or facilities. Where doors are involved in the process, clearly reliability is essential.”

Mr Hart adds: “Hart’s door systems are activity in over 20 industrial sectors in the UK and across the globe in Europe, Scandinavia, the Far East and North and South America, Africa and the Middle East.

www.hartdoors.com

MSA Safety, Inc., a global leader in the manufacture and distribution of PPE and safety systems, welcomes this week's harmonisation of EN 17235, a European test standard for permanently installed anchor devices used in horizontal construction applications.

EN 17235 sets out a comprehensive testing methodology for anchor devices that are permanently fixed to a structure, assessing not only the device itself, but also its fixings and the base material to which it is attached. The standard was harmonised on 9 February, 2026, with an 18-month transition period. After the transition period, manufacturers across the UK and Europewill be required to test products to EN 17235 in order to produce a Declaration of Performance and apply CE marking.

The harmonisation of EN 17235 is expected to significantly improve safety levels industry wide by requiring consistent, robust testing across the built environment, and by preventing the use of inadequately tested products on construction projects.

MSA Safety has long been an advocate for rigorous, up-to-date testing of all safety devices and welcomes the move to make compliance mandatory.

Tim Bissett, technical expert at MSA Safety, is part of the working group that developed this standard. He comments: “This harmonisation of EN 17235 is a major step forward for safety in the construction sector. By making robust testing a legal requirement, the standard helps to level the playing field and helps make sure that anchor devices are properly assessed as complete systems, not just as individual components.”

MSA’s development approach already reflects many of the principles now set out in EN 17235. For instance, its Constant Force Post range has long been tested as a complete system, looking not just at the anchor device itself, but also its fixings and the substrate it’s installed into. That mirrors the standard’s focus on assessing products in realistic installation conditions, helping give a clearer picture of how they’ll perform in practice.

The company is now progressing a programme to test both new and existing products directly to EN 17235, with its next-generation Constant Force Post among the first scheduled. MSA has historically carried out equivalent testing through the German DIBt approval process, whose methodology aligns closely with EN 17235 requirements, meaning many of its established testing practices are already consistent with the new framework.

“Testing to the latest standards has always been fundamental to how MSA designs and validates its safety solutions,” Bissett added. “EN 17235 formalises best practice and provides greater confidence for specifiers, installers and end users alike. Our mission is to send workers home safely to their families at the end of each day, and this helps us to do it.”

SREX690: High-Performance ATEX/IECEx Slip Ring for Hazardous Areas

In heavy industry, oil & gas, and offshore applications, ensuring continuous power transmission to rotating equipment is not only a technical necessity — it is a strategic requirement for safety and productivity.

Within this context, the SREX690 stands out as an ATEX/IECEx certified slip ring developed by SPM Special Machine Srl, an Italian company specialized in the design and manufacturing of high-performance slip rings for harsh and demanding environments.

A Company Founded on Technical Expertise

SPM Special Machine Srl was founded by Ilir Biba, Saverio Anzelmo and Artur Biba, professionals with extensive experience in the electromechanical sector and in the design of solutions for complex industrial applications.

The founders bring together strong backgrounds in:

• Electrical engineering design
• Industrial mechanical engineering
• Project management for regulated markets such as oil & gas and ATEX/IECEx environments

Their shared vision was to create a company capable of combining:

• High manufacturing quality
• Advanced technical customization
• International regulatory compliance
• Fast decision-making and engineering flexibility

This engineering-driven entrepreneurial approach is clearly reflected in products such as the SREX690.

What Is a Slip Ring and Why It Is Essential

A slip ring is an electromechanical device that enables the continuous transmission of:

• Electrical power
• Control signals
• Analog, digital and fiber optic data

between stationary and rotating parts of a machine, without restricting motion or interrupting operation.

Slip rings are essential components in:

• Cranes and lifting systems
• Rotary tables
• Drilling rigs
• Mining machinery
• Offshore and petrochemical systems

SREX690: Power, Safety and Reliability

The SREX690 is specifically designed for high electrical power applications and potentially explosive atmospheres.

Electrical Performance

• Rated current up to 2000 A
• Rated voltage up to 24 kV
• Customizable configurations: SREX690, SREX691, SREX692, SREX693, SREX694
• High short-circuit current withstand capability up to Icc = 60 kA

Innovation in Sliding Contact Technology

A key innovation introduced by SPM Special Machine concerns the sliding contact system between ring and brush.

Significant R&D investment has led to a contact solution that is:

• Mechanically robust
• Electrically safe
• Capable of withstanding high short-circuit currents

Unlike traditional carbon-graphite sliding contacts, where short-circuit capability is typically limited (Icc approximately 2–3 times the rated current In), the SREX690 provides substantially higher short-circuit resistance, improving overall safety and operational reliability.

These characteristics make it ideal for high-power industrial plants and complex machinery requiring superior material reliability and electrical performance.

ATEX / IECEx Certifications and IP66 Protection

The SREX690 is designed with:

• Ex db protection method
• IP66 enclosure rating
• ATEX certification: II 2G Ex db IIB T5 Gb
• IECEx scheme: Ex db IIB T5 Gb
• Mining certification: I M2 Ex db I Mb

The unit complies with international standard IEC 60079-1, ensuring safe operation in potentially explosive atmospheres.

Why Choose the SREX690?

In critical industrial environments, unplanned downtime leads to significant financial losses. A slip ring must guarantee:

✔ Continuous operation

✔ Resistance to dust, moisture and aggressive agents

✔ Long-term electrical stability

✔ Reduced maintenance requirements 

✔ Compliance with international regulations

The SREX690 has been engineered specifically to meet these demanding requirements.

SPM’s Approach: Tailor-Made Engineering

One of the key strengths of SPM Special Machine Srl is its customization capability. Each slip ring can be configured according to:

• Number of rings
• Power loads
• Auxiliary circuits
• Installation method
• Specific environmental conditions

This engineering approach ensures perfect integration of the device into the customer’s system.

Conclusion

The SREX690 represents a technologically advanced solution for power transmission in complex and explosion-hazard environments.

High electrical capacity, certified safety, and robust construction make it a strategic choice for industries where reliability and operational continuity are non-negotiable.

If you would like, I can also prepare a more commercial sales-oriented version or a highly technical datasheet-style version suitable for international tenders.

www.spm-slipring.it

The cost-effective 4G radio enables seamless digital transformation without compromising user experience

 i.safe MOBILE today announced the launch of the IS380.1. This 4G Radio device runs on the i.safe MOBILE operating system "IS-OS 16" (based on Android™). It is certified for Zone 1/21 hazardous industrial areas. The device seamlessly bridges the gap between conventional radio communication and modern mobile networks. Companies in logistics, rail transport, port operations, manufacturing and construction benefit from this ideal transitional solution. Emergency services and public safety/defence organisations also gain significant advantages. Users don't need to switch to new devices or workflows. The IS380.1 offers the familiar ergonomics of radio devices. With compatible applications and network infrastructure, the device unlocks advanced digital capabilities including Push-to-talk over Cellular and Mission Critical Push-to-talk.

Effortless Digital Transformation

The IS380.1 represents a significant milestone in professional communication technology. It serves as the ideal link between conventional PMR (Private Mobile Radio) systems and modern cellular-based Push-to-Talk solutions. The device combines the familiar look, feel, and operation of traditional two-way radios with the advantages of mobile networks. This enables organisations to embrace digital network transformation without disrupting established workflows. Extensive user retraining becomes unnecessary. Field workers can continue using the same intuitive radio-style interface they've relied on for years. Meanwhile, they benefit from the worldwide coverage and advanced features of 4G networks.

"We've removed the barrier to adoption by maintaining the familiar radio design and operation that users know and trust," comments Javier Esparza, Sales Manager Critical Communication Europe at i.safe MOBILE. "The IS380.1 simply extends their existing capabilities beyond the limitations of conventional radio infrastructure. It's the natural first step towards comprehensive digitalisation in professional communications."

Seamless Integration into Existing Device Landscapes

The IS380.1 is specifically engineered to integrate effortlessly into existing communication ecosystems. The device runs on the i.safe MOBILE operating system ISM-OS 16. It supports 2G, 3G, and 4G networks. The touchscreen-capable IS380.1 features classic two-way radio design elements. A large, tactile PTT key is positioned on the side for natural thumb operation. A programmable rotary switch enables quick channel selection or volume adjustment. An emergency SOS button is located next to the external antenna. This familiar configuration ensures users experience no learning curve when transitioning from traditional radios.

The device's housing replicates the stable form factor of conventional two-way radios. This allows secure placement on work surfaces. Comfortable handheld operation is guaranteed throughout extended shifts. The front-facing amplified loudspeaker delivers exceptional audio clarity even in the noisiest industrial environments. Advanced noise cancellation technology enhances performance further.

The 13-pin ISM interface maintains compatibility with professional audio accessories. These include the IS-RSMG2.1 remote speaker microphone, IS-HS1.1 headset, and IS-HDHS1x.1 heavy-duty headset. Existing accessory investments remain fully functional. Various charging options such as multi charger and desktop charger round off the available accessory package.

Unified Communication Across All Networks

The IS380.1 seamlessly integrates into unified communication solutions through third-party RoIP (Radio over IP) gateways. This enables organisations to connect their existing VHF/UHF radio networks with cellular Push-to-Talk applications. A unified system bridges traditional radio infrastructure and modern broadband networks. Field workers using the IS380.1 can communicate seamlessly with colleagues using conventional two-way radios. Simultaneously, they benefit from the extended range and advanced features of cellular connectivity. This dual capability means organisations can gradually modernise their communication infrastructure. Existing radio equipment doesn't become obsolete. Previous investments remain protected whilst enabling a phased approach to digitalisation. The IS380.1 supports both traditional telephony and Push-to-Talk communication modes. This offers unparalleled versatility for diverse operational requirements. The device is optimised for professional deployment. It comes pre-installed with the system-integrated i.safe MOBILE App World. This curated platform enables the use of applications for PTT (Push-to-Talk) and LWP (Lone Worker Protection). It provides secure access to tested and verified applications.

Purpose-Built for Professional Environments

The IS380.1 is designed to meet the demanding requirements of harsh industrial environments. The device is certified to IP68 standards for dust and water ingress protection. MIL-STD 810H certification covers shock, vibration, and extreme temperature performance. The IS380.1 delivers the same rugged reliability that professionals expect from traditional radio equipment. The removable battery design enables continuous operational readiness through quick battery swaps. Comprehensive charging solutions include desktop/multi charger support.

The IS380.1 is ideally positioned for companies across multiple sectors. These include logistics and warehousing, rail transport and infrastructure, major ports and harbours, manufacturing and production facilities, and construction sites. Emergency services, the blue-light sector, defence and public safety organisations also benefit. These industries have traditionally relied on TETRA or conventional PMR radio networks. Whilst reliable, these require significant infrastructure investment. Coverage areas remain limited. The IS380.1 provides these sectors with a cost-effective pathway to expand their communication capabilities. The device supports international frequency bands. This makes it suitable for global deployment. Local certifications are available according to specific business requirements.

Availability
The IS380.1 is available in June 2026 through i.safe MOBILE's global distribution network. For detailed information about the IS380.1, compatible accessories, and supported Push-to-Talk solutions, please visit https://www.isafe-mobile.com/en/products/products-zone-1/21/is3801

Flowchem UK Ltd fined £50,000 after worker suffered chemical burns from corrosive drain un-blocker

- HSE found inadequate training, PPE not routinely worn, and insufficient first aid provisions

- HSE guidance is available

A manufacturer of household cleaning products in Nottingham has been fined after an agency worker suffered burns to her face, eye, neck and arm when she was doused in a corrosive sink and drain un-blocker.

Marzanna Sokolowska was working for Flowchem UK Ltd at its manufacturing site in Nottingham on 2nd November 2023 when she was doused with a significant quantity of corrosive liquid after accidentally opening the wrong valve on a 1,000 litre container.

Ms Sokolowska was working in a team decanting sink and drain un-blocker liquid from bulk containers at shoulder height into smaller containers for sale.

Ms Sokoloska accidentally opened the outlet valve on an adjacent container to the one fitted with a decanting hose, which had no end cap fitted. The liquid sprayed out under considerable force splashing her in the face and upper body.

An investigation by the Health and Safety Executive (HSE) found that the system of work employed by Flowchem exposed their employees and agency workers to health and safety risks in the event of leaks or losses of containment.

Training arrangements, including the provision of adequate information to workers with limited understanding of English was inadequate. Whilst some personal protective equipment (PPE) was provided by the company, it was routinely not worn, and there was inadequate supervision or monitoring to ensure the use of PPE.

Whilst eye-wash bottles were provided, the first aid arrangements available did not take account of the potential scale of any exposure, including the lack of a shower for example.

HSE guidance on the Control of Substances Hazardous to Health Regulations (COSHH) states that employers should identify the risks arising from the use of substances hazardous to health and put in place effective measures to prevent exposure and mitigate the consequences of any such exposure. These measures should include consideration of the systems of work under which the dangerous substances are handled, the training and supervision of those engaged in the work and the provision of adequate PPE and first aid arrangements.

Flowchem UK Ltd of Mark Street, Sandiacre, Nottingham NG10 5AD pleaded guilty to breaches of Section 2(1) and 3(1) of the Health and Safety at Work etc. Act 1974. The company was fined £50,000 and ordered to pay £7,247.40 in costs with a victim surcharge of £2000 at Nottingham Magistrates Court on 12 February 2026.

HSE Inspector, Angus Robbins, said: “The systems of work employed by Flowchem unnecessarily exposed workers to risks of injury from exposure to corrosive chemicals. More suitable working methods, including avoidance of decanting large volumes stored at or above head height could have been employed. Following the incident, Flowchem changed their working methods to eliminate these risks.

“Ms Sokolowska suffered very painful injuries and was unable to work for a considerable period. Of particular concern were the burns to her eyelid and eye. Fortunately, she has made a reasonable recovery and been able to return to work."

This HSE prosecution was brought by HSE enforcement lawyer, Andrew Siddall and paralegal officer, Farhat Basir.