Fire Safety Technology
Exova provides a comprehensive range of fire safety services to an international market.
Reaction to fire test ISO 5658-2
Fire testing is offered from our laboratories in the UK, Europe, Middle East, Asia/Pacific and the Americas.
Exova Warringtonfire also offers specialist services in the areas of:
- Fire Safety Engineering Consultancy.
- Product and Installer Certification.
- Fire Risk Assessments.
- Product Assessment, and
- Architectural Product Testing.
Our services range from simple product approval to a total fire safety design evaluation on complex buildings. We provide training and education programmes for industry and other practitioners of professional standards of business.
Through involvement at the centre of national and international standards development, Exova can offer clients the best service and support package whether their interests lie in national or international markets.
We are involved at all levels including enforcement authorities, regulators and trade associations. Our staff are knowledgeable, friendly, discrete and approachable and work with state-of-the-art technologies, and with existing and developing standards and legislation.
Fire Safety Technology Services
For the protection of life, property and the environment, Exova Warringtonfire offer the most comprehensive range of fire safety consultancy services available.
CERTIFIRE is a more stringent set of standards than CE Marking and indicates that a product meets a higher standard.
A certification scheme for companies installing fire protection products and systems. If fire protection systems are not suitable or not installed properly, they may fail in the event of a fire, FIRAS is about preventing this.
Exova does site inspections that will check that the passive fire protection installation will perform if ever required.
Exova offers reaction to fire tests which assess the behaviour of materials and products whilst a fire is developing.
Fire Resistance Tests determine the behaviour of an element of construction when subjected to defined heating and pressure conditions which may be encountered in a fully developed fire.