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Used equipment for sale: LCI Granulator Spheronizer System, Model TDG-80A / QJ-700TWG

Pellet Mills Spheronizers

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Condition: Used
Year: 2016
Location: Cleveland, OH
SKU: 2755-1

Unused LCI twin dome Granulator Spheronizer system, 316 stainless steel product contact surfaces, consisting of the following model CS-300-DH Yoshikawa Circle Feeder, 300 mm inlet, model TDG-80A twin dome granulator extruder, up to 120 rpm shaft speed, .4 mm dome dies, rated approximately 100 - 15- kg/hr throughput, approximately 5 hp motor, model QJ-700TWG twin bowl Marumerizer Spheronizer, dual 700 mm diameter bowl disks, 20 liter working capacity, 2 mm friction plates, jacketed bowl, on base with approximately 10 hp motor, 460 volt/3 phase, 60 hertz, with control panels for extruder/feeder and twin bowl spheronizer, Siemens S7-1200 plc controllers, Siemens Micromaster 420 motor VFD's and Siemens 7" Comfort Panel hmi's, extruder serial# , spheronizer serial# , built 2016. System is unused in original shipping crates, FAT was performed and never installed.

Specifications

SKU: 2755-1
GSKU: 022025019415
Condition:: Used
Location:: Cleveland, OH
Year of construction:: 2016

Description

More information about the lci-fuji-paudal-tdg-80a-qj-700twg

Pellet mills, also known as spheronizers, are machines used in the pharmaceutical, chemical, and food industries to transform powdered or granular materials into spherical pellets. These pellets are typically used for various purposes such as drug delivery systems, fertilizer production, animal feed, and fuel pellets. The process of pelletizing involves feeding the raw material into the pellet mill, where it is compressed and forced through a die with small holes. The pressure and friction generated during this process cause the material to form into small, round pellets. The size and shape of the pellets can be controlled by adjusting the die size and the speed of the machine. Pellet mills are designed to handle a wide range of materials, including powders, granules, and even pastes. They can process materials with different properties, such as sticky or abrasive substances, by using specific die designs and incorporating additional equipment like binders or lubricants. The advantages of using pellet mills include improved flowability and handling of the material, increased bulk density, enhanced product uniformity, and reduced dust generation. The spherical shape of the pellets also provides better mixing and blending characteristics, making them ideal for applications where homogeneity is crucial. However, it is important to note that pellet mills have certain limitations. The process can be energy-intensive, requiring significant power consumption. The choice of raw materials is also critical, as some materials may not be suitable for pelletizing due to their properties or chemical reactions during the process. Additionally, the maintenance and cleaning of pellet mills can be time-consuming and require specialized knowledge. In summary, pellet mills or spheronizers are machines used to transform powdered or granular materials into spherical pellets. They offer various benefits such as improved flowability, increased density, and better product uniformity. However, they also have limitations related to energy consumption, material compatibility, and maintenance requirements.

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