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What factors affect the emulsification efficiency of a top homogenizing emulsifier, and how to optimize them?

2025-12-15

What factors affect the emulsification efficiency of a top homogenizing emulsifier, and how to optimize them?

A: Key factors and optimization methods include: (1) Shear Force: Increase speed or select a homogenizing head with a higher shear rate (e.g., a rotor-stator with more teeth) to improve emulsification efficiency; (2) Material Temperature: Adjust the temperature to reduce viscosity (for high-viscosity materials) or enhance the solubility of components, but avoid exceeding the thermal stability limit of the material; (3) Emulsification Time: Extend the time appropriately for complex formulations, but avoid over-emulsification (which can cause particle aggregation); (4) Material Ratio: Ensure the continuous phase is sufficient to disperse the dispersed phase evenly; (5) Homogenizing Head Position: Adjust the depth of the head to ensure it is in the optimal mixing zone (typically 1/3 to 1/2 of the material depth) to avoid dead zones.
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Company news about-What factors affect the emulsification efficiency of a top homogenizing emulsifier, and how to optimize them?

What factors affect the emulsification efficiency of a top homogenizing emulsifier, and how to optimize them?

2025-12-15

What factors affect the emulsification efficiency of a top homogenizing emulsifier, and how to optimize them?

A: Key factors and optimization methods include: (1) Shear Force: Increase speed or select a homogenizing head with a higher shear rate (e.g., a rotor-stator with more teeth) to improve emulsification efficiency; (2) Material Temperature: Adjust the temperature to reduce viscosity (for high-viscosity materials) or enhance the solubility of components, but avoid exceeding the thermal stability limit of the material; (3) Emulsification Time: Extend the time appropriately for complex formulations, but avoid over-emulsification (which can cause particle aggregation); (4) Material Ratio: Ensure the continuous phase is sufficient to disperse the dispersed phase evenly; (5) Homogenizing Head Position: Adjust the depth of the head to ensure it is in the optimal mixing zone (typically 1/3 to 1/2 of the material depth) to avoid dead zones.