Prevent fire and explosion in the production of combustible materials
With a fire and explosion protection system from Nextech, you can effectively prevent and combat fires and explosions – achieving optimal safety for your employees and reliability for your customers.
We offer a comprehensive product portfolio of fire and explosion protection components from a number of Europe’s leading manufacturers in the field. All our products are tested and approved to the highest safety standards by Europe’s leading testing bodies, including VdS and TÜV. Our fire protection systems are also ATEX approved.
Tailored fire and explosion protection for cardboard, fibre and textile production
With fire and explosion protection from Nextech, the company can be protected against the vast majority of ignition sources that occur in processing operations. We distribute a wide range of the world’s most advanced spark and fire detection components, extinguishing units, explosion protection systems and alarm units, enabling us to tailor a solution that provides optimum protection for each individual company.
We start every assignment with a thorough risk assessment and draw up a safety plan based on this. The plan specifies the choice and location of the various components in the system, and how they interact to provide maximum safety.
Specific risk areas that should be safeguarded include:
- Cutting machines
- Extraction and ventilation
- Cyclones
- Filters
- Balers
- Cleaning processes
- Separators
- Drums
- Warehouses and storage facilities
A fire and explosion protection solution from Nextech includes:
- A fast and reliable system tailored to your production
- Automatic detection and extinguishing of sparks, embers and other ignition sources – with minimal damage to production
- Advanced extinguishing mechanisms and agents that are approved for cardboard, fibre and textile production
- Systems for rapid and effective venting, isolation or suppression of dust explosions
- Detection of all incidents of sparks, embers or (excessively) high temperatures so that risk areas can be identified and remediated.