Who frequently hold their exclusive software guidelines a closely guarded secret. Caused by that insufficient accessible knowledge about high-shear mixing is that misconceptions regarding the appropriate program and usage of HSMs have proliferated. There are numerous typically used misconceptions and typically made program errors. Visitors who are able to avoid these problems helps you to save time and money in their search for the best rotor/stator machine, and lower their danger of choosing a mixing system configuration.
That appears fine in the laboratory but fails to do sufficiently on the plant floor. Scaling up In virtually any program, range up is just a critical process that affects your company in a multitude of methods, from appropriate planning of place floor style and gear setup, to operating techniques, to the net operating and capital-cost affect the bottom line. In laboratory-scale trials, misjudging the time required to accomplish mixing equilibrium by simply a couple of seconds may eventually cost your company countless dollars. インラインハイシアミキサー
Not to mention wasted time and work and increased wear-and-tear on the equipment, during commercial-scale production. The laboratory tabletop HSM frequently presents the first faltering step in exploring the particular benefits of rotor/stator technology for confirmed application. That common lab tool is generally designed with a variety of similar parts that let it operate in many different mixing settings - as a conventional HSM, as a propeller machine, and as a high speed "saw tooth" disperser. Such versatility is essential in bench-scale development.
Since it enables the research-and-development person to quickly test many diverse running strategies. But, as useful because the lab degree mixer might be, it can also be the origin of one of the most popular and costly problems in the scale up from laboratory- degree HSM to pilotscale and manufacturing machines. Unless lab testing is conducted carefully and with good treatment and reliability, refined mistakes in over-processing on the benchtop can create great problems in degree up projections. Such problems are particularly common.
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