Simple experiment demonstrating why Low Fire-Hazard cables improve safety.

Low fire hazard cables improve safety

The European Cable Industry has developed a family of low fire-hazard cables that couple low flame spread and heat release with very low emission of smoke and dangerous gases. These cables help to provide more time to escape and a less hazardous environment for rescue teams.

Low fire hazard cables improve safety

The European Cable Industry has developed a family of low fire-hazard cables that couple low flame spread and heat release with very low emission of smoke and dangerous gases. These cables help to provide more time to escape and a less hazardous environment for rescue teams.

Low fire hazard cables improve safety

The European Cable Industry has developed a family of low fire-hazard cables that couple low flame spread and heat release with very low emission of smoke and dangerous gases. These cables help to provide more time to escape and a less hazardous environment for rescue teams.

Low fire hazard cables improve safety

The European Cable Industry has developed a family of low fire-hazard cables that couple low flame spread and heat release with very low emission of smoke and dangerous gases. These cables help to provide more time to escape and a less hazardous environment for rescue teams.

Low fire hazard cables improve safety

The European Cable Industry has developed a family of low fire-hazard cables that couple low flame spread and heat release with very low emission of smoke and dangerous gases. These cables help to provide more time to escape and a less hazardous environment for rescue teams.

Low fire hazard cables improve safety

The European Cable Industry has developed a family of low fire-hazard cables that couple low flame spread and heat release with very low emission of smoke and dangerous gases. These cables help to provide more time to escape and a less hazardous environment for rescue teams.

Low fire hazard cables improve safety

Simulation of critical evacuation conditions, for fire scenarios involving cables and comparison of different cables

Patrick van Hees and Daniel Nilsson, Department of Fire Safety Engineering and Systems Safety; Lund University, Sweden

Les câbles de protection au feu renforcent la sécurité

Simulation d'évacuation en situation critique pour des scénarios d'incendies impliquant des câbles, mais également pour comparaison des différents câbles.

Patrick van Hees and Daniel Nilsson, Department of Fire Safety Engineering and Systems Safety; Lund University, Sweden

Low fire hazard cables improve safety

Simulation of critical evacuation conditions, for fire scenarios involving cables and comparison of different cables

Patrick van Hees and Daniel Nilsson, Department of Fire Safety Engineering and Systems Safety; Lund University, Sweden

I cavi senza alogeni non propaganti l'incendio aumentano la sicurezza

Simulazione delle condizioni critiche di evacuazione per incendi che coinvolgono cavi e comportamento al fuoco di vari tipi di cavo

Patrick van Hees and Daniel Nilsson, Department of Fire Safety Engineering and Systems Safety; Lund University, Sweden 

Low fire hazard cables improve safety

Simulation of critical evacuation conditions, for fire scenarios involving cables and comparison of different cables

Patrick van Hees and Daniel Nilsson, Department of Fire Safety Engineering and Systems Safety; Lund University, Sweden

Yüksek Yangın Güvenliğine sahip kablolar Güvenliği arttırır

Kabloların dahil olduğu yangın senaryoları için, kritik tahliye koşullarının simülasyonu ve farklı kabloların karşılaştırılması

Patrick van Hees and Daniel Nilsson, Department of Fire Safety Engineering and Systems Safety; Lund University, Sweden