Ensure optimal safety with our state-of-the-art DIFFS. These active firefighting systems boast deck-integrated pop-up or non-pop-up nozzles, foam skids, and activation panels, all tailored to meet your specific requirements. Rest assured, every DIFFS installation complies with national and international regulations, guaranteeing top-notch safety standards. Our DIFFS feature nozzles seamlessly
integrated into the aluminium deck planking, ensuring unobstructed operation. In the event of a fire, the system activates automatically. Utilizing water pressure, the nozzles efficiently spray the water/foam mixture across the entire deck surface. Even with the system engaged, rescue personnel can safely carry out operations, including firefighting and rescue missions inside the helicopter.
Innovative Design for Maximum Effectiveness
In addition to DIFFS, we offer a range of supplementary firefighting and rescue equipment tailored to your needs:
Conventional foam monitor systems, available in remote-controlled or self-oscillating configurations, with PFAS-free foam*
Dual agent units for versatile firefighting capabilities
Basic extinguisher units for localized fire suppression
Comprehensive rescue equipment and specialized gear for helicopter safety personnel
UL and ULC-certified outfitting. Trust Bayards for comprehensive safety solutions that exceed expectations.
Per- and polyfluoroalkyl substances (PFAS) represent diverse synthetic chemicals pervasive in various industries. PFAS are increasingly identified as environmental contaminants despite their widespread use, with certain variants linked to adverse health effects. Defined by their robust carbon-fluorine bonds, PFAS exhibit exceptional resistance to degradation, both during use and in environmental settings. This durability
facilitates their widespread dispersion over long distances from their point of origin. Consequently, PFAS contamination has been frequently documented in groundwater, surface water, and soil. Addressing PFAS contamination poses significant technical and financial challenges. Without intervention, continued releases will perpetuate their accumulation in the environment, posing risks to drinking water sources and food supplies.