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Explain the difference between Stirrer and Disperser

Abstract: 本文介绍了分散机和搅拌机的主要区别,包括工作原理、应用领域和设备结构。分散机通过高速旋转或振动将固体颗粒均匀分散到液体中,适用于涂料、油墨等领域。而搅拌机则通过搅拌装置(如搅拌桨)混合液体或液体与固体的混合物,广泛应用于化工、食品等行业。分散机通常具备高速旋转的分散盘或研磨球,而搅拌机则具有搅拌桨或叶片。选择设备时应根据具体应用需求来决定。

Dispersers and mixers have different applications and working principles in the field of liquid mixing and stirring. Here are their differences:


How it works

Disperser: The disperser evenly disperses particles or solid substances into the liquid medium through the mechanical force of high-speed rotation or vibration, so as to achieve the purpose of uniform mixing and dispersion. Dispersers usually have high-speed rotating stirring devices, such as dispersion discs, grinding balls, etc.

分散机

Mixer: The mixer mixes the ingredients in the liquid or mixture evenly through the rotation or vibration movement of the stirring device (such as stirring paddle, stirring blade, etc.) to achieve the purpose of stirring and mixing. Mixers are usually used for stirring, dissolving, mixing and other processes of liquids.

搅拌机


Main application:

Disperser: Disperser is mainly used in coatings, inks, dyes, cosmetics and other fields to uniformly disperse solid particles into liquid media to obtain a uniform dispersed liquid or slurry.


Mixer: Mixers are widely used in chemical, pharmaceutical, food, beverage and other industries to mix and stir various liquids or mixtures of liquids and solids.


Equipment structure:

Disperser: Disperser usually has a high-speed rotating dispersion disc or grinding ball, which disperses solid particles into the liquid through the force of high-speed rotation. The structure and accessories of the disperser are usually designed to achieve high-speed dispersion and grinding functions.


Mixer: The mixer usually has a stirring device such as a stirring paddle and a stirring blade, and the liquid is stirred and mixed by rotating or vibrating the stirring device.


It should be noted that dispersers and mixers may have overlapping application fields in some cases, and there may also be differences in specific equipment design and working principle. Therefore, when selecting and using equipment, the most suitable type of equipment should be determined according to specific application needs and process requirements.


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