High Tower Granulation is a complete production system that utilizes a towering structure—typically 60 to 120 meters high. The process involves spraying molten materials from the top, allowing them to cool and solidify into perfectly spherical granules during their free-fall through the tower.
The Drum Spray Granulator typically takes the form of a massive horizontal rotating drum. It serves a dual purpose: acting as both a high-efficiency granulator and, in specific processes, a partial dryer.
The Double Roller Press Granulator utilizes two counter-rotating rollers to force powdered materials into flakes or briquettes, which are then crushed and screened to achieve the final granules.
The Flat Die Granulator utilizes a horizontally positioned circular mold (the Flat Die) and press rollers to form pellets. Originally developed for feed processing, its use has expanded significantly into resource recycling and the fertilizer industry.
The Ring Die Pellet Mill is a high-pressure extrusion device that forms granules by forcing raw materials through the holes of a rotating circular die (the Ring Die) using internal press rollers.
The Disc Granulator, also known as a Pan Granulator, is a specialized device that aggregates powdered materials into spherical granules through the rotation of an inclined disc. It is typically integrated with conveyors, crushers, and mixers to form a complete production line.
The Rotary Drum Granulator is a specialized machine that converts materials into spherical granules through a wet granulation process. It features a robust design consisting of a long horizontal cylinder mounted on heavy-duty support roller assemblies, driven by a high-torque motor and reducer via a large girth gear.
A belt scale is a dynamic and continuous weighing device primarily used for the real-time and cumulative measurement of bulk materials (such as coal, ore, grain, and sand) transported on a belt conveyor. By integrating weighing sensors with the conveyor system, it performs non-contact or contact-based weight detection as materials move continuously on the belt, enabling precise monitoring of material flow, cumulative weight, and other data.
