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कंपनी समाचार के बारे में What technical parameters of cosmetic emulsifier equipment should be considered when matching it to different cosmetic products?

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What technical parameters of cosmetic emulsifier equipment should be considered when matching it to different cosmetic products?

2025-11-13
What technical parameters of cosmetic emulsifier equipment should be considered when matching it to different cosmetic products?
When selecting cosmetic emulsifier equipment for specific products, four key technical parameters need to be considered to ensure compatibility and production quality:
  • Shear intensity or homogenization pressure: This determines the fineness of the emulsion droplets. For lightweight products like facial toners or serums (which require good skin absorption), high shear intensity (e.g., rotor speed > 10,000 rpm) or high homogenization pressure (30–50 MPa) is needed to refine droplets to 1–5 μm. For thicker products like body butters or cold creams, lower shear intensity (5,000–8,000 rpm) is sufficient, as overly fine droplets may make the texture too thin.
  • Mixing capacity: This refers to the maximum volume of material the equipment can process per batch (for batch-type equipment) or per hour (for continuous-type equipment). Small-scale laboratories or boutique cosmetic brands may choose equipment with a capacity of 5–50L per batch, while large manufacturers need 100–500L batch capacity or continuous equipment with a throughput of 500–2,000L/h to meet mass production needs. Mismatched capacity can lead to low efficiency (too small) or uneven emulsification (too large for the product’s viscosity).
  • Temperature control range: Many cosmetic emulsification processes require heating (e.g., melting waxes or oils) or cooling (to prevent heat-sensitive ingredients from degrading). The equipment’s temperature control system should cover the required range—typically 20–95°C. For example, when producing wax-based lip balms, the equipment needs to heat materials to 60–70°C to melt waxes, then cool them evenly to avoid crystallization. Precise temperature control (±1–2°C) also prevents overheating of ingredients like proteins or natural extracts.
  • Material compatibility of contact parts: The parts of the equipment that come into direct contact with cosmetic materials (e.g., mixing chamber, rotor, stator, and valves) must be made of materials that are inert, non-toxic, and easy to clean. Common materials include 316L stainless steel (resistant to corrosion from acidic or alkaline ingredients) and food-grade PTFE (suitable for low-viscosity serums). Avoid materials that may react with cosmetic components (e.g., ordinary carbon steel, which can rust and contaminate products) or leave residues.
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कंपनी समाचार के बारे में-What technical parameters of cosmetic emulsifier equipment should be considered when matching it to different cosmetic products?

What technical parameters of cosmetic emulsifier equipment should be considered when matching it to different cosmetic products?

2025-11-13
What technical parameters of cosmetic emulsifier equipment should be considered when matching it to different cosmetic products?
When selecting cosmetic emulsifier equipment for specific products, four key technical parameters need to be considered to ensure compatibility and production quality:
  • Shear intensity or homogenization pressure: This determines the fineness of the emulsion droplets. For lightweight products like facial toners or serums (which require good skin absorption), high shear intensity (e.g., rotor speed > 10,000 rpm) or high homogenization pressure (30–50 MPa) is needed to refine droplets to 1–5 μm. For thicker products like body butters or cold creams, lower shear intensity (5,000–8,000 rpm) is sufficient, as overly fine droplets may make the texture too thin.
  • Mixing capacity: This refers to the maximum volume of material the equipment can process per batch (for batch-type equipment) or per hour (for continuous-type equipment). Small-scale laboratories or boutique cosmetic brands may choose equipment with a capacity of 5–50L per batch, while large manufacturers need 100–500L batch capacity or continuous equipment with a throughput of 500–2,000L/h to meet mass production needs. Mismatched capacity can lead to low efficiency (too small) or uneven emulsification (too large for the product’s viscosity).
  • Temperature control range: Many cosmetic emulsification processes require heating (e.g., melting waxes or oils) or cooling (to prevent heat-sensitive ingredients from degrading). The equipment’s temperature control system should cover the required range—typically 20–95°C. For example, when producing wax-based lip balms, the equipment needs to heat materials to 60–70°C to melt waxes, then cool them evenly to avoid crystallization. Precise temperature control (±1–2°C) also prevents overheating of ingredients like proteins or natural extracts.
  • Material compatibility of contact parts: The parts of the equipment that come into direct contact with cosmetic materials (e.g., mixing chamber, rotor, stator, and valves) must be made of materials that are inert, non-toxic, and easy to clean. Common materials include 316L stainless steel (resistant to corrosion from acidic or alkaline ingredients) and food-grade PTFE (suitable for low-viscosity serums). Avoid materials that may react with cosmetic components (e.g., ordinary carbon steel, which can rust and contaminate products) or leave residues.