AS Pulse Activation System – Solves problems of material blockage in silos, containers, reactors, chutes, etc

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The AS pulse activation system can easily solve flow problems associated with difficult-to-flow or even viscous materials, such as arching, bridging, and mouse holes. The pulse nozzle operates by compressed air and features self-sealing; its patented nozzle technology prevents material from clogging the nozzle or causing backflow. The pulse system features extremely precise metering, **reducing operating costs. System operation can be achieved through a separate control system or an integrated control system. The pulse system can contain one or more pulse nozzles, depending on the specific conditions and requirements of the site. The AS pulse activation system’s extremely low wear rate and material-friendly treatment method make it suitable for almost all types of containers and equipment, while also preventing mechanical damage to the equipment (such as shaking, vibration, and material stretching). Through simple and diverse installation methods, it enables the optimal upgrading of existing equipment, and can be easily used in high-temperature environments up to 500°C. Comparison of the AS pulse activation system with other clog-clearing devices: AS pulse activation system: Fast startup and operation speed ； The diameter of the material activated by each pulse reaches 8 feet (about 2.5 meters) ； First-in, first-out principle to control material flow, ultimately achieving 100% inventory clearance ； Effective use of storage space ； Low gas consumption ； No damage to the equipment ； The safe installation and maintenance by employees can be carried out entirely from the outside of the containers and equipment ； Almost no moving parts ； Distraction-free design ； Durable and robust ； Can be easily installed on metal, concrete, fiberglass, etc ； Different materials can be selected as required ； Operating temperature exceeds 500℃ ； Almost no maintenance costs ； Air cannon: Requires complex air supply equipment and is costly ； The sealing performance is poor, which affects its usability ； High frequency of maintenance and repairs ； It is large and bulky, making it difficult to fit in containers with thin walls; it requires a lot of space for installation ； The air cannon has a limited coverage area, so more units need to be installed ； It has little effect on wet and cohesive materials ； Too noisy ； Prone to structural damage ； The feed rate cannot be controlled. When used in high-temperature environments, the negative pressure generated after the air cannon detonates causes the dust-containing hot air flow to flow back, thereby damaging the air cannon’s sealing system. High gas consumption ； Fluidized air cushion: low effective radius, prone to clogging ； It needs to be installed inside a container or device ； Installing many individual units increases costs ； A continuous supply of air is required, which increases operating costs ； It has little effect on wet and cohesive materials ； High gas consumption ；