Working Principle of Sigma Mixer - Karvil Machinery

Sigma Mixer, also known as z blade mixer, kneader mixer or double arm mixer, plays an important role in producing high viscosity materials such as silicone rubber, hot melt, ceramics and chewing gum. 

Its working principle includes the following aspects:

1. Structure and composition: The Sigma Mixer consists of a mixing chamber, frame support, hydraulic system, electronic control system, discharge system and two Z-shaped blades. The blades are driven by a motor and rotate in the mixing chamber, generating high shear and mixing action.

2. Operation and control: The kneading machine is equipped with an intuitive control panel, which facilitates the adjustment of speed, temperature and mixing time, thereby achieving precise control of the mixing process.

3. Application range: The kneading machine is suitable for processing high-viscosity materials, especially for mixing polymers and silicone rubber. It can ensure the uniform distribution of various additives (such as fillers, plasticizers, colorants) in the polymer matrix.

4. Technical parameters: Karvil's Sigma Mixers are available in a variety of models with capacities ranging from 2 liters to 10000 liters. The main technical parameters include mixing volume, rotation speed, main motor power and heating method. These parameters can be customized according to specific production needs.

5. Efficiency and safety: The design optimization makes the kneading machine have low energy consumption while mixing efficiently. In addition, the kneading machine is equipped with a variety of safety features such as emergency stop function and protective cover to ensure safe operation.

Karvil Machinery's sigma mixers are widely used in many industries such as silicone rubber, hot melt adhesive, ceramics, food, etc. due to their high-quality engineering design and versatility. For more detailed information or consultation on specific solutions, you can visit https://www.sigmazs.com/ or contact frank@karvil.com.