Harmful gases extracted quickly
These systems are used to quickly remove smoke and hazardous gases from a building to ensure the safety of people and materials.
A power you can rely on
Fire barriers are specialized structures that have been developed to prevent the spread of fire and smoke in buildings. They are essential for passive fire protection systems and are used in various applications to separate critical areas and thus ensure the safety of people and property.
Quick response
Automatic activation
Fire detectors can automatically activate the system when smoke or heat is detected.
filter technology
High-Efficiency Particulate Air (HEPA) filters or other types of filters are integrated into equipment to remove pollutants from the air.
Mobile & flexible
Some systems are mobile and can be used in various areas as needed. They can be used in various types of facilities, from manufacturing plants to office buildings.
Noise level
State-of-the-art technologies enable quiet operation, which is particularly important in populated or sensitive areas.
Health protection of employees
The installation of mechanical smoke extraction systems is critical to safety in many environments.
Protecting health
Sweat and cutting smoke often contains hazardous substances such as metal oxides, carbon monoxide and carcinogenic particles. An extraction system filters these out of the air and thus reduces the risk of respiratory diseases, poisoning and long-term damage such as cancer.
Safety aspect
Smoke particles in the air can impair visibility and thus increase the risk of accidents. Good smoke extraction ensures clear visibility and a safer workplace.
Regulatory compliance
Many industries are required by law to take appropriate smoke extraction measures.
Protection of machines and systems
The smoke can settle on machines and electrical systems, which can impair their function and lifespan in the long term. Mechanical extraction minimizes deposits and reduces maintenance costs.
A structured
trial
- 1
sources of smoke and heat, When smoke or heat is generated, a sensor system records ongoing processes.
- 2
activating the ventilators, The fans are activated to suck smoke out of the room quickly and efficiently.
- 3
filtration, The sucked in smoke is passed through a filter system that removes pollutants and particles from the air.
- 4
exhaust air treatment, The purified air can then either be directed outside or further treated internally as required.
Where security meets architecture
industry
In factories and production facilities where welding fumes, vapors or other pollutants are produced.
venues
In large venues, to ensure air quality during productions or sporting events.
office building
As part of general ventilation systems to quickly clean the air in the event of a fire.
kitchens
In large catering establishments to treat grease and smoke fumes.
Work without compromise
Modern smoke extraction systems that take safety and efficiency to a new level.
Intelligent control systems
They enable integration with fire alarm and safety solutions. Intelligent sensors record smoke development in real time and dynamically adjust the suction power.
Energy-efficient fans
Advanced fan technologies reduce energy consumption during operation.
Easy maintenance
Many systems are designed in such a way that they can be easily maintained and cleaned.
High-performance filter technology
Built-in monitoring systems provide information about the status of the filters and operating efficiency. Multi-stage filters remove the finest particles and pollutants for maximum purity.
Frequently Asked Questions
Sie werden typischerweise in kritischen Bereichen wie Leitungs- und Kabeldurchführungen, Lüftungsschächten und anderen Öffnungen eingesetzt.
Es wird empfohlen, Brandabschottungen regelmäßig, mindestens einmal jährlich, zu inspizieren, um sicherzustellen, dass sie ordnungsgemäß funktionieren.
Ja, Brandabschottungen können in den meisten Fällen leicht in bestehende Baukonstruktionen integriert werden. Ebenso können sie an die spezifischen Anforderungen und Einschränkungen in historischen Gebäuden angepasst werden.
Die Wirksamkeit kann durch regelmäßige Inspektionen und Funktionstests überprüft werden, um sicherzustellen, dass die Bauteile ihre schützende Funktion im Brandfall erfüllen.
Brandabschottungen können in Lüftungssysteme integriert werden, um die Luftzirkulation sicherzustellen, während gleichzeitig der Brandschutz gewahrt bleibt. Dies erfordert jedoch spezielle Planung und Technik.
Häufig verwendete Materialien für Brandabschottungen sind Gipskartonplatten, mineralische Baustoffe, feuerfeste Dichtstoffe und spezielle Brandschutzpaneele.
These were the general questions Your question remains unanswered?
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