Supported in bearings on both sides, the baoli drycut strand pelletizer produces cylindrical pellets of excellent quality ideally suited for further processing.Baoli offers three machine sizes with working widths of 100 mm, 200 mm and 300 mm for pelletizing up to 75 polymer strands.
The dry cut wd series waterslide pelletizing systems and dry cut strand pelletizing system have been developed to allow for a wide variety of materials to be run with little or no operator assistance.Strand conditioned water is used to improve pellet quality.
Very popular are the wetcut underwater pelletizer.The die face is submerged in a water housing and the pellets are water quenched followed with a drying cycle.Throughput rates are at least up to 50,000 lbh 22,700 kgh.Smaller units are economical to operate as low as 500 lbh 227 kgh.3.
An underwater cut of even the lowest viscosity materials is possible, while blade and die plate life is extended.The pelletizer achieves this through a determination of the optimum hydraulic pressure to obtain the optimum bladedie distance.
Supported by bearings on both sides, the baoli drycut strand pelletizer for strand pelletizing and dry cut pelletizing produces cylindrical pellets of excellent quality ideally suited for further processing.Baoli offers three machine sizes with working widths of 100 mm, 200 mm, and 300 mm for pelletizing up to 75 polymer strands.
Rowe equipment inc.Pelletizer blades and pelletizer knives whether you are operating a strand pelletizer, an underwater pelletizer, a die face pelletizer, or a hot cut system, let the experienced parts representatives at rowe equipment quickly and efficiently address the needs of your specific operation and supply you with the pelletizer blades and knives designed to perform reliably and.
Introduction to underwater pelletizing.Underwater pelletizing is a kind of special equipment that can cut the sheet with certain width and thickness into particles, which is mainly used in the pelletizing process of cable material and mixing material.
The melt is cut underwater directly at the pelletizer die face, and then it is transported to a centrifugal dryer where moisture is separated from the granules.From there the pellets are moved on a specially designed vibrator conveyor where the material transforms from amorphous to crystalline, using the inherent heat trapped within each pellet.