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Difference between revisions of "High Pressure Homogenizers"
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High Pressure Homogenizers (view source)
Revision as of 05:16, 25 February 2022
, 05:16, 25 February 2022→Selecting homogenization parts
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==Selecting homogenization parts== | ==Selecting homogenization parts== | ||
[[File:High_Pressure_Homogenizers_Homogenization_chamber_performance_comparison.jpg|thumb| | [[File:High_Pressure_Homogenizers_Homogenization_chamber_performance_comparison.jpg|thumb|400px|right|Homogenization chamber performance comparison]] | ||
As a core component of homogenizers, homogenization chambers play a decisive role in achieving optimum results for the process. Different inner constructions of homogenization chambers lead to different results and applications. | As a core component of homogenizers, homogenization chambers play a decisive role in achieving optimum results for the process. Different inner constructions of homogenization chambers lead to different results and applications. | ||
When selecting a suitable homogenizer, the purchaser must consider both performance and cost. In general, the cost of the first-generation homogenization chamber is more economical, but its performance in the homogenization process is not as good as the second generation’s. The second-generation homogenization chamber produces a superior product, but when processing materials with high concentration and viscosity, it is more likely to block than first-generation machines, and its cost is higher as well. The interaction chamber with a cooling system, developed by Genizer, can be used for thermally unstable biological and pharmaceutical products. | When selecting a suitable homogenizer, the purchaser must consider both performance and cost. In general, the cost of the first-generation homogenization chamber is more economical, but its performance in the homogenization process is not as good as the second generation’s. The second-generation homogenization chamber produces a superior product, but when processing materials with high concentration and viscosity, it is more likely to block than first-generation machines, and its cost is higher as well. The interaction chamber with a cooling system, developed by Genizer, can be used for thermally unstable biological and pharmaceutical products. | ||
==Maximum homogenizing pressure== | ==Maximum homogenizing pressure== | ||