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High Speed Stainless Steel Vacuum Homogenizer Mixer for Cosmetic Ointment
Vacuum homogenizer mixers are widely used in the cosmetics industry for the production of various products such as creams, lotions, serums, and other emulsions.
1. Emulsification under Vacuum:
One of the primary features of a vacuum homogenizer mixer is the ability to perform emulsification and mixing processes under vacuum conditions.
Operating under vacuum helps to minimize air entrapment in the product, resulting in smoother and more stable emulsions with longer shelf life.
2. High Shear Mixing and Homogenization:
Vacuum homogenizer mixers are equipped with high shear mixing elements, such as rotor-stator systems or high-speed blades, to effectively homogenize and emulsify cosmetic ingredients.
The high shear forces generated by these mixers ensure uniform particle size distribution and consistent product quality.
3. Temperature Control:
Many vacuum homogenizer mixers come with temperature control features to regulate the temperature during the mixing process.
Precise temperature control is crucial for heat-sensitive cosmetic ingredients to maintain their stability and efficacy.
4. Deaeration and Degassing:
Vacuum homogenizer mixers are capable of deaerating and degassing the product during the mixing process.
Removing air bubbles and gases improves the product's appearance, texture, and stability.
5. Uniform Mixing and Dispersion:
These mixers ensure thorough mixing and dispersion of both oil and water phases, as well as other ingredients, leading to a smooth and homogeneous product.
6. Versatility and Customization:
Vacuum homogenizer mixers can be used for a wide range of cosmetic formulations, allowing for customization of mixing parameters such as speed, vacuum level, and mixing time.
They are suitable for producing various cosmetic products, from light lotions to thick creams.
7. Hygienic Design and Easy Cleaning:
Many vacuum homogenizer mixers are designed with sanitary materials and easy-to-clean features to meet strict hygiene standards in the cosmetics industry.
8. Scale-Up Capability:
These mixers are available in different sizes, ranging from laboratory-scale to large production-scale units, allowing manufacturers to scale up their production as needed.
Specific parameter requirements of emulsifier:
10L emulsifying pot | Specific parameters |
Enclosure material/thickness | 304L/3mm |
Inner Layer Material/Thickness | 316L/3 mm |
Sandwich material/thickness | 304L/3 mm |
Matching water phase pot | |
Enclosure material/thickness | 304L/3mm |
Inner Layer Material/Thickness | 316L/3 mm |
Sandwich material/thickness | 304L/3 mm |
Matching oil phase pot | |
Enclosure material/thickness | 304L/3mm |
Inner Layer Material/Thickness | 316L/3 mm |
Sandwich material/thickness | 304L/3 mm |
Design capacity | 10L |
Working capacity | 8L |
Enclosure material/thickness | 304L/Standard |
Inner Layer Material/Thickness | 316L/Standard |
Sandwich material/thickness | 304L/Standard |
Service life | Over 10 years |
Homogenizer power | 0.55 KW |
Homogenizer speed | 2800 |
Homogenization mode | Upper homogenization |
Lid opening method | Manual or electric |
Heating method | Electric heating |
Discharge method | Inclined discharge |
Sandwich operating pressure | 0.3 MPa |
Vacuum degree in the pot | -0.09 MPa |
Overall dimensions (m) | 0.8*0.55*1.43 |
Wearing parts | 1 year spare parts. spare parts |
Warranty Period | More than 1 year |
Installation and | The supplier is responsible for commissioning |
Matching water phase pot | |
Design capacity | 5L |
Working capacity | 4L |
Enclosure material/thickness | 304L/Standard |
Inner Layer Material/Thickness | 316L/Standard |
Sandwich material/thickness | 304L/Standard |
Sandwich operating pressure | 0.3 MPa |
Lid opening method | Movable lid opening |
Heating method | Electric heating |
Discharge method | Upper suction material |
Stirring mode | Down stirring |
Stirring power | 0.025 KW |
Stirring speed | 1440r/min |
Matching oil phase pot | |
Design capacity | 5L |
Working capacity | 4L |
Enclosure material/thickness | 304L/Standard |
Inner Layer Material/Thickness | 316L/Standard |
Sandwich material/thickness | 304L/Standard |
Lid opening method | Movable lid opening |
Heating method | Electric heating |
Discharge method | Upper suction material |
Stirring mode | Upper (lower) stirring |
Stirring power | 0.025 KW |
Stirring speed | 1440r/min |