Aquimax Flameshield® Coloured fire-retardant coatings are designed to safeguard both people and materials by effectively slowing fire spread and enhancing safety. These advanced water-based coatings d
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The only app built for fire protection is now free for all Fire Safety Event visitors.Click here to activate your 7-day complimentary subscription and book an intro call with our software specialists.
Strongdor's internal fire-rated smoke steel door provides internal fire protection up to E120 and smoke control classified to Sa4, tested to BS EN 1634-1 and 1634-3 standards, and serves as a barrier
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Strongdor’s louvred steel doors provide essential airflow while maintaining security. Designed for environments where both are critical, they offer up to 50% free airflow per panel size and are compat
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Sportdor is a bespoke steel doorset designed for sports hall emergency exits, engineered to resist impact in high-activity environments. Featuring recessed panic hardware and rebound panels developed
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Our FAS Fire Door Intumescent 310ml Orange Acrylic Sealant is now available in a handy installation kit, with all the tools you need to confidently install your fire doors.
A fire rated window is a specially engineered glazing system designed to resist fire, smoke and heat for a certified period of time, such as 30, 60, 90 or 120 minutes.
Compliance & Safety Forms: Built-In Compliance Perfection Digital forms with embedded fire safety standards. Automated rules prevent non-compliant submissions. Every inspection time-stamped and audit
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Intelligent Job Automation & Dispatch: Smart Operations from Office to Field Fieldmagic instantly converts PDF work orders to ready-to-deploy jobs. Drag-and-drop scheduling with skills-based routing.
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Fieldmagic Mobile App: Fire Safety Excellence in Your Pocket The Fieldmagic Mobile App puts complete fire safety operations in your technician's pocket, offline-first, compliance-ready, instantly prod
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Aquimax Flameshield® Coloured fire-retardant coatings are designed to safeguard both people and materials by effectively slowing fire spread and enhancing safety. These advanced water-based coatings d
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Aquimax Flameshield® Clear fire-retardant coatings are designed to safeguard both people and materials by effectively slowing fire spread and enhancing safety. Essential basecoat for comprehensive fir
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Aquimax Flameshield® Clear fire-retardant coatings are designed to safeguard both people and materials by effectively slowing fire spread and enhancing safety. Essential final component for fire prote
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RPFA913CC pyro-electric flame sensor uses lithium tantalate single crystal as the sensitive element material. The Curie temperature of lithium tantalate crystal material is above 600℃, the relative di
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RPFA913CD pyro-electric flame sensor uses lithium tantalate single crystal as the sensitive element material. The Curie temperature of lithium tantalate crystal material is above 600℃, the relative di
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RPFA913CE pyro-electric flame sensor uses lithium tantalate single crystal as the sensitive element material. The Curie temperature of lithium tantalate crystal material is above 600℃, the relative di
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RPFA913CF pyro-electric flame sensor uses lithium tantalate single crystal as the sensitive element material. The Curie temperature of lithium tantalate crystal material is above 600℃, the relative di
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RPFA913CG pyro-electric flame sensor uses lithium tantalate single crystal as the sensitive element material. The Curie temperature of lithium tantalate crystal material is above 600℃, the relative di
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The uncooled lead selenide (PbSe) sensor belongs to the lead - salt type infrared photoconductive sensor category. Its operation principle is grounded in the photoconductive effect of semiconductor ma
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The uncooled lead selenide (PbSe) sensor is a type of lead - salt infrared photoconductive sensor. Its working principle relies on the photoconductive effect of semiconductor materials, enabling the c
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The working principle of infrared photo-conductive sensor is based on the photo-conductive effect of semiconductor materials, converting the change of infrared radiation energy into the change of resi
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