Inner Tube Open Mixer

The AUGU Inner Tube Open Mixer is engineered to address the specific compounding needs of the rubber industry, particularly for inner tube manufacturing. This mixer offers advanced control systems, efficient dispersion, and temperature regulation, ensuring uniform distribution of ingredients for high-quality rubber compounds.

Parameter table of AUGU Inner Tube Open Mixer

Features of AUGU Inner Tube Open Mixer

- Customizable Mixing Capacity: Adapts to different batch sizes and material types for inner tube production.

- PLC Control System: Ensures automated and consistent operation.

- Efficient Dispersion: Guarantees uniform ingredient distribution for quality rubber compounds.

- Temperature Regulation: Equipped with both heating and cooling capabilities.

- Safety Features: Includes interlocks and guards for operator safety.

- CE Certification: Complies with European safety and performance standards.

- Customizable Design: Available in various configurations to suit specific production needs.

Application range of AUGU Inner Tube Open Mixer

- Inner Tube Compounding: Specifically for the production of rubber inner tubes.

- Material Development: Ideal for laboratory testing and development of new rubber materials.

- Rubber Goods Manufacturing: Suitable for the production of various rubber goods.

- Specialized Applications: Capable of handling high-viscosity materials for specialized applications.

Why choose us?

Select the AUGU Inner Tube Open Mixer for its specialized design and commitment to quality. As a non-standard machine, it is tailored to meet the unique demands of your rubber compounding process, offering a solution that enhances production efficiency and product quality. We prioritize innovation, safety, and customer satisfaction, ensuring our mixers exceed industry standards.

Key operation steps of AUGU Inner Tube Open Mixer

1. Pre-Operation Setup: Configure the mixer settings based on the compound recipe and batch size.

2. Material Introduction: Load the rubber materials into the mixer's hopper.

3. Temperature and Speed Adjustment: Set the appropriate temperature and adjust the mixing speed.

4. Mixing Operation: Initiate the mixing process, ensuring even dispersion of materials.

5. Quality Monitoring: Continuously monitor the compound quality throughout the mixing cycle.

6. Batch Completion: Once the desired compound is achieved, prepare for discharge.

7. Discharge and Cleanup: Safely discharge the mixed compound and clean the mixer for the next batch.

8. Post-Operation Maintenance: Perform routine maintenance checks to ensure the mixer's optimal performance.