logo
बैनर

समाचार विवरण

घर > समाचार >

कंपनी समाचार के बारे में What factors should be considered when selecting a laboratory vacuum emulsifier?

घटनाएँ
हमसे संपर्क करें
Mrs. Samson Sun
86--18665590218
अब संपर्क करें

What factors should be considered when selecting a laboratory vacuum emulsifier?

2025-11-07
What factors should be considered when selecting a laboratory vacuum emulsifier?​
 
To choose the right equipment for your needs, focus on these key factors:​
  • Capacity: Select a mixing chamber volume that matches your experimental scale (common laboratory sizes range from 0.5L to 5L; avoid oversized equipment for small batches to reduce material waste).​
  • Homogenization Efficiency: Check the shear speed (usually 10,000–30,000 RPM) and rotor-stator design—higher shear speeds are suitable for breaking down tough particles, while specialized rotor-stators improve emulsification uniformity.​
  • Vacuum Degree: Opt for equipment that can reach a high vacuum level (e.g., ≤ -0.095 MPa) to effectively remove air bubbles, especially for products sensitive to oxidation or foam.​
  • Temperature Control: If your process requires heating or cooling (e.g., melting waxes or stabilizing heat-sensitive ingredients), choose a model with jacketed chambers or built-in temperature sensors.​
  • Ease of Cleaning: Look for designs with detachable parts (e.g., stainless steel mixing heads) and smooth inner surfaces to comply with hygiene standards (critical for food and pharmaceutical applications).
बैनर
समाचार विवरण
घर > समाचार >

कंपनी समाचार के बारे में-What factors should be considered when selecting a laboratory vacuum emulsifier?

What factors should be considered when selecting a laboratory vacuum emulsifier?

2025-11-07
What factors should be considered when selecting a laboratory vacuum emulsifier?​
 
To choose the right equipment for your needs, focus on these key factors:​
  • Capacity: Select a mixing chamber volume that matches your experimental scale (common laboratory sizes range from 0.5L to 5L; avoid oversized equipment for small batches to reduce material waste).​
  • Homogenization Efficiency: Check the shear speed (usually 10,000–30,000 RPM) and rotor-stator design—higher shear speeds are suitable for breaking down tough particles, while specialized rotor-stators improve emulsification uniformity.​
  • Vacuum Degree: Opt for equipment that can reach a high vacuum level (e.g., ≤ -0.095 MPa) to effectively remove air bubbles, especially for products sensitive to oxidation or foam.​
  • Temperature Control: If your process requires heating or cooling (e.g., melting waxes or stabilizing heat-sensitive ingredients), choose a model with jacketed chambers or built-in temperature sensors.​
  • Ease of Cleaning: Look for designs with detachable parts (e.g., stainless steel mixing heads) and smooth inner surfaces to comply with hygiene standards (critical for food and pharmaceutical applications).