Laboratory Planetary Centrifugal Mixer One Cup 350ml Automatic Stirring Operation
|Place of Origin:||China|
Payment & Shipping Terms:
|Minimum Order Quantity:||1 Set|
|Packaging Details:||Wooden package|
|Delivery Time:||10-30 days|
|Payment Terms:||T/T, Western Union, L/C|
|Supply Ability:||10 Sets per month|
|Container Capacity:||350ml||Operation:||Touch Screen|
|Prouuct Type:||Centrifugal Mixing||Warranty:||1 Year|
Invariablene Planetary Centrifugal Mixer,
One Cup Planetary Centrifugal Mixer,
350ml Centrifugal Planetary Mixer
Laboratory Centrifugal Mixer One Cup Adapter Container Multiple Materials Mixable
|SPECIFICATION FOR ZYMC-180H PLANETARY MIXER|
|Container Capacity||350ml||Working Capacity||100ml/150g|
|Revolution Speed||100-3600RPM||Rotation Speed||Invariablenes|
|Protection||Door cover, Vibration, Over load||Operation Type||Touch screen|
|Multi-parameter||0-8 recipes, 5parts/ recipes||Power/Voltage||Uni phase, AC220V,50Hz; Power: 0.8KW|
Planetary Centrifugal Mixer model Introduction
ZYE 180H series with mixing weight capacities of up to 100ml or 150 gm and cup volumes of up to 350 mL, which are ideal for R&D, small batch production and rapid material development, as precision mixing on this scale decreases costs and material waste while allowing for easily-repeatable batches. Recommended for environments such as small specialty production, lab screening, QA testing, and R&D iteration.
Planetary Centrifugal Mixer advantages of a blender
1. The automatic stirring operation eliminates the uneven dispersion problem that may occur during the manual stirring process. In addition, the material temperature after agitation is similar to room temperature, and high dispersion repeatability can be obtained.
2. The revolving and rotating mixer has a strong shearing force, such as a twin-shaft extruder, and there is a danger of shearing the material when mixing materials. However, our revolution and rotation mixer can achieve gentle mixing without shearing the material, and can mix uniformly on the basis of maintaining the inherent characteristics of the material.