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ข่าวบริษัท เกี่ยวกับ What are the key working principles of shampoo emulsifiers?

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What are the key working principles of shampoo emulsifiers?

2026-01-24
What are the key working principles of shampoo emulsifiers?
A2: The working principle of shampoo emulsifiers mainly relies on three core mechanisms: shear, collision, and circulation mixing. First, the high-speed rotating homogenizing head (stator-rotor structure) generates strong shear force. When the material passes through the narrow gap between the stator and rotor (usually 0.02-0.08 mm), the oil droplets and agglomerated particles are torn and broken by the shear force. Second, the high-speed rotation of the homogenizing head forms a negative pressure area, which sucks the material into the homogenizing area and causes intense collision and turbulence between the material particles, further promoting the dispersion of particles. Third, the matching frame-type mixing paddle or wall-scraping paddle drives the overall circulation of the material in the tank, ensuring that all materials pass through the homogenizing area repeatedly, avoiding local dead corners and uneven mixing. In addition, some advanced shampoo emulsifiers are equipped with vacuum degassing functions, which can remove air bubbles in the material during emulsification, preventing the shampoo from foaming excessively during use and improving product appearance.
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ข่าวบริษัท เกี่ยวกับ-What are the key working principles of shampoo emulsifiers?

What are the key working principles of shampoo emulsifiers?

2026-01-24
What are the key working principles of shampoo emulsifiers?
A2: The working principle of shampoo emulsifiers mainly relies on three core mechanisms: shear, collision, and circulation mixing. First, the high-speed rotating homogenizing head (stator-rotor structure) generates strong shear force. When the material passes through the narrow gap between the stator and rotor (usually 0.02-0.08 mm), the oil droplets and agglomerated particles are torn and broken by the shear force. Second, the high-speed rotation of the homogenizing head forms a negative pressure area, which sucks the material into the homogenizing area and causes intense collision and turbulence between the material particles, further promoting the dispersion of particles. Third, the matching frame-type mixing paddle or wall-scraping paddle drives the overall circulation of the material in the tank, ensuring that all materials pass through the homogenizing area repeatedly, avoiding local dead corners and uneven mixing. In addition, some advanced shampoo emulsifiers are equipped with vacuum degassing functions, which can remove air bubbles in the material during emulsification, preventing the shampoo from foaming excessively during use and improving product appearance.