Potting Compound Triple Shaft Mixer

Potting compounds typically contain high proportions of inorganic fillers, flame retardants, thermally conductive powders, and functional additives, placing high demands on the equipment regarding dispersion capability, mixing uniformity, temperature control, and degassing performance.

JCT Machinery's potting compounds triple shaft mixer utilizes a multi-axis hybrid mixing structure. It achieves thorough mixing and dispersion of resins and powder fillers through a combination of actions, including low-speed mixing, high-speed dispersing, and wall scraping. Additionally, the machine can be equipped with a vacuum system, a heating/cooling jacket, and an automated control system to meet the industrial production requirements for electronic potting compounds.

Potting Compound Triple Shaft Mixer Equipment Parameters

Structural Characteristics of Potting Compound Triple Shaft Mixer

1. Triple-axial compound mixing structure

Potting compound triple shaft mixer mixing shafts with distinct functions; by utilizing varying rotational speeds and modes of motion, it achieves both overall material circulation and localized dispersion.

The low-speed mixing shaft is primarily responsible for material circulation and bulk mixing, while the high-speed dispersion shaft provides enhanced shear action.

The synergistic operation of these multiple shafts improves the mixing efficiency for high-viscosity potting compounds.

2. High-speed dispersion system

The high-speed dispersion shaft is equipped with a specialized dispersion disc capable of generating strong shear forces. It is particularly suitable for high-filler systems, such as thermally conductive and flame-retardant potting compounds.

3. High-performance wall-scraping structure

The wall scraper continuously scrapes material adhering to the vessel walls back into the mixing zone. This minimizes material buildup and mixing dead zones while enhancing material circulation and heat transfer efficiency.

4. Vacuum degassing system

Potting compound triple shaft mixer can be configured with a vacuum system to reduce the internal pressure of the tank during the mixing process, allowing air generated or entrapped during mixing to be gradually evacuated.

Vacuum degassing helps improve the appearance, density, electrical insulation properties, thermal conductivity, and overall potting quality of the potting compound.

Applicable Products

• Epoxy potting compounds
  
• Thermally conductive potting compounds
  
• Flame-retardant potting compounds
  
• Electrical insulation potting compounds
  
• LED potting compounds
  
• Transformer potting compounds
  
• Power module potting compounds
  
• Battery potting materials

Please provide us with details regarding your potting compound type, filler ratio, target output, and material viscosity; we can then recommend a suitable potting compound triple shaft mixer and provide detailed equipment specifications and technical solutions.

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