HOW IT WORKS

High Quality Training Smoke There are two major factors that affect training smoke quality: temperature and particle size. The uniform temperature inside the heating core ensures that the smoke fluid is vaporized into pure smoke. Temperatures that are too high result in burnt particles and temperatures that are too low result in a wet smoke that leaves a residue. Particle size is what determines the density and hang time of smoke. The more uniform the particle size, the longer the training smoke will last before dissipating.



THE BULLEX DIFFERENCE

Traditional Smoke Machines All smoke machines create smoke by pumping smoke liquid through heaters. As heat energy is transferred from the heaters to the smoke liquid, the heaters inevitably cool down. Once below a certain temperature smoke can no longer be generated, which is why smoke machines not designed for fire training need time to reheat and recharge between discharges. To extend operating time, these smoke machines often start at a higher-than optimal temperature, resulting in burnt particles. As smoke is generated, the heater temperature falls through the optimal range to below optimal resulting in wet smoke that leaves a residue. The smoke liquid is then cut off to give the heaters time to recover.



BullEx Smoke Generators are different. Instead of a constant flow of smoke liquid and a wide range of heater temperatures, BullEx Smoke Generators control the amount of liquid delivered to the heaters to precisely balance the heat transfer, ensuring a constant temperature and a constant supply of high quality smoke. This balance is achieved through advanced sensors and controls utilized by BullEx Smoke Generators. This technology not only provides a continuous supply of smoke, but also ensures the highest quality smoke possible with minimal burnt or un-vaporized particles.