Q: What is a granulator machine?
A: A granulator machine is specifically used in plastic processing for size reduce plastic lumps into plastic flakes, resin or regrind. Granulators are used to reduce runners and scrap back to pellet size pieces that blend back in with virgin resins.
Q: What is the difference between a granulator machine and a shredder?
A: Granulator machine are designed to operate at high speeds with low torque, allowing them to efficiently process smaller materials. On the other hand, shredders work at lower speeds but with high torque, making them capable of handling larger and heavier scraps.
Q: What is the principle of granulator machine?
A: The fast mixing granulator utilizes the mixing (compression) force and compression force exerted by the impeller on the powder material to provide the composition, density, and aggregation degree.
Q: What does a wet granulator machine do?
A: A wet granulation machine is an electromechanical device that you can use in binding particles together thus causing particle enlargement. In short, you can define a wet granulation machine as an electromechanical device that you can use in wet granulation.
Q: What is the difference between milling and granulation?
A: In this study, the main focus on mill is as a particle size reduction tool. Granulation process is primarily required in drug product manufacturing in order to alleviate issues related to powder handling. Granulation allows improvement in flowability of the material and also minimizes segregation.
Q: What are the different types of granulators?
A: In terms of processing, granulators can be categorized as 2 types: wet granulator that utilizes a liquid in the process and dry granulator that uses no liquid. Wet granulator involves a large amount of water and detergents, aimed to wash the contaminated materials and also cool down the machine.
Q: What is a granulator machine used in pharmaceutical industry?
A: Wet Granulator with oscillating rotor for the production of wet granules. The granules can be produced in varying sizes depending on the employed sieve mesh.
Q: Which granulation method is best?
A: Because direct compressing is not the best technology for many active substances, wet granulation is still a preferred method. Even if the active substance is sensitive to hydrolysis, modern equipment (a fluidized bed, for example) eliminates all problems in wet granulation.
Q: What are the advantages of granulators?
A: The Granulation process will improve flow and compression characteristics, reduce segregation, improve content uniformity, improve density and eliminate excessive amounts of particles. Improved yields, decreased tablet defects, higher productivity, and decreased downtime will be the outcomes.
Q: Why wet granulation is best?
A: It is a versatile process that can be used to produce a wide variety of granules. It is a relatively simple process that is easy to scale up. It is a cost-effective process. It produces granules that have good flowability and uniformity.
Q: What is the purpose of a granulator machine?
A: The Oscillating Granulator is a popular granulating machine used for size reduction or forming the required granule sizes from moist powder material or for crushing dried block stock, sensitive powders, and granules in the pharmaceutical, chemical and food industries.
Q: What is the function of dry oscillating granulator?
A: Oscillating granulator is used for gentle homogenization, size reduction, grading and sieving of dry, sensitive powders and granules in pharmaceutical, chemical and food industries.
Q: What happens during the granulator process?
A: Granulation, a technique of particle enlargement by agglomeration, is one of the most significant unit operations in the production of pharmaceutical dosage forms, mostly tablets and capsules. During the granulation process, small fine or coarse particles are converted into large agglomerates called granules.
Q: What are the parameters of dry granulator?
A: Key Process Parameters. Evaluation of various factors reveals that key process parameters in dry granulation include roller pressure, roller gap, and roller speed. Roller pressure significantly affects the properties of the granules, determining their hardness and density.
Q: What is the use of plastic granulator machine?
A: Industrial Plastic Granulator Machine is commonly used to break down large pieces of waste into smaller pieces that are easier to handle when recycling them. The machine is composed of a feeding hopper, cutting device, eccentric roller and rotary knife.
Q: What equipment is used for drying of granulation?
A: You can use double roller press machine to produce fertilizers by dry granulation. The counter-rotating rollers provide strong extrusion force for pressing materials into large tablets. And the inner structure of machine will crush these tablets and make them into pellets.
Q: What is the difference between wet granulator and dry granulator?
A: Fertilizer granules produced by dry granulator always have a flat shape. Wet granulator: Granular fertilizers produced by wet granulator have a higher moisture content than those produced by dry granulator, so the finished product needs to be dried, cooled and cured.
Q: What is the purpose of a high-shear granulator?
A: High shear granulators use an impeller to vigorously agitate the powder and produce high-density granules. They are commonly found in pharmaceutical, agrochemical, and detergent industries because of their ability to handle difficult feed formulations, including high viscosity binder fluids and fine cohesive powders.
Q: What are the different types of granulators?
A: In terms of processing, granulators can be categorized as 2 types: wet granulator that utilizes a liquid in the process and dry granulator that uses no liquid. Wet granulator involves a large amount of water and detergents, aimed to wash the contaminated materials and also cool down the machine.
Q: What are the parts of granulator machine?
A: The structure of the machine will vary according to capacity and use. Thus, the Rapid Mixer Granulator will have mixing blades, a mixing bowl, pneumatic discharge, granulator, control panel, operations panel, gearbox, and motor.
