Low-temperature drying and grinding technology
Drying and grinding principle and features
① Generates cyclonic air up a speed of 120m/sec by rotor blades.
② Materials are finely fine grinding by mutual particle collisions in high-speed cyclonic air.
By making the raw material finer, the surface area increases and it dries instantly.
When the raw material dries, it becomes easier to fine grinding and further micronization progresses.
② Materials are finely fine grinding by mutual particle collisions in high-speed cyclonic air.
By making the raw material finer, the surface area increases and it dries instantly.
When the raw material dries, it becomes easier to fine grinding and further micronization progresses.
◆ Drying and grinding within 1.0 second.（The time the material is inside the machine）
In most cases,materials are dried at low temperatures no higher than 100℃
Minimizes alteration and deterioration of material components due to heat.
◆ Simultaneous sterilization processing is possible. (Drying temperature: 80 ° C or higher)
Reduces the total viable bacterial count than 300 and sterilizes E. coli bacteria.
All processes of dried powder production (drying, pasteurizing, fine grinding) are performed on a single system.
Sterilization principle
◆ Water-containing raw material
Using the left-shown drying and fine grinding principle, materials are dried instantly.
At that time, heat is applied to each particle to evaporate [Water-containing], and the same
effect as [steam sterilization] can be obtained.
The system has a track record of effectively sterilizing regular common bacteria and E, coli. However, it is not able to completely sterilize spore-forming bacteria with heat resistance and other certain bacteria since the heating time is 0.5 seconds or less.
The system has a track record of effectively sterilizing regular common bacteria and E, coli. However, it is not able to completely sterilize spore-forming bacteria with heat resistance and other certain bacteria since the heating time is 0.5 seconds or less.
◆ Dry raw material
Unlike [Water-containing]materials, the same effect as that of steam pasteurization cannot be achieved with dry materials.
However, materials are loaded together with hot air at ８０℃ to １００℃ to fine grinding the materials in a cavity that is generated by the airflow of hot air.
While it depends on the materials and bacteria they contain, sterilization is possible in some cases. When the bacterial count is not lowered after once, in some cases the bacteria can be sterilized by processing twice.
While it depends on the materials and bacteria they contain, sterilization is possible in some cases. When the bacterial count is not lowered after once, in some cases the bacteria can be sterilized by processing twice.