Banbury Mixer

The AUGU Banbury Mixer is designed to deliver a high level of performance in the mixing of rubber and silicone compounds. With features such as PLC control systems, vacuum capabilities, and heating options, it ensures a precise and efficient mixing process, adaptable to both small-scale and industrial applications.

Parameter Of AUGU Banbury Mixer

Features Of AUGU Banbury Mixer

■ PLC Control System: For automated, consistent, and error-reduced operation.

■ Vacuum Capabilities: Ensures a denser, higher quality end product by removing impurities.

■ Heating Options: Adaptable for materials that require specific temperature conditions during mixing.

■ Screw Discharge System: Provides a clean and controlled material discharge.

■ Sigma Blades: Ideal for high viscosity and complex compounds, ensuring thorough dispersion.

■ Customizable Settings: Accommodates a wide array of mixing requirements and materials.

■ Energy Efficiency: Reduces operational costs and environmental impact.

■ Robust Construction: Ensures long-term durability and reliable performance.

Application Of AUGU Banbury Mixer

■ Tire Manufacturing: For rubber and silicone compounding in tire production.

■ Adhesives and Sealants: Production of high-quality adhesive and sealant formulations.

■ High-Viscosity Products: Manufacturing of BMC, DMC, and CMC and similar products.

■ Laboratory R&D: Supporting research and development with precision mixing.

■ Industrial-Scale Production: Capable of handling the demands of large-scale rubber goods production.

Why choose us?

Select the AUGU Banbury Mixer for its commitment to quality, efficiency, and customization. Our mixers are the result of extensive experience and innovation in the rubber and silicone processing industry, designed to provide you with a competitive edge. We offer solutions for both small and large-scale production needs, with a focus on sustainability and excellence that exceeds expectations.

Key operation steps of AUGU Banbury Mixer

1. Machine Customization: Configure the mixer according to specific mixing requirements.

2. PLC Setup: Program the PLC control system for automated operation.

3. Material Loading: Load the raw materials into the mixer chamber.

4. Mixing Process: Start the mixing process with selected vacuum and heating options.

5. Discharge: Utilize the screw discharge system for clean material release.

6. Quality Check: Inspect the mixed material for consistency and quality.

7. Maintenance: Perform routine maintenance to ensure the mixer's optimal performance and longevity.