Magnesium Stir Casting

Introducing the VBCC Magnesium Melting/Stir Casting Furnace, a cutting-edge solution for the precision melting and manufacturing of innovative aluminum and magnesium alloys. Our advanced furnace is designed to operate at temperatures ranging from room temperature up to an impressive 1200 degrees Celsius, ensuring the efficient transformation of materials into a molten state.

With a capacity to handle batch sizes from 0.5 to 3 kilograms, this furnace offers exceptional control with a remarkable 1-degree Celsius accuracy at dwell temperature. You can customize the heating rate, ranging from 1 to 10 degrees Celsius per minute, to meet your specific alloy requirements.

For those venturing into nanotechnology applications, our furnace is the perfect choice. It boasts an indigenous VBCC Make phase control thyristor controller and a PID programmable digital temperature indicator cum controller, ensuring precise and reliable performance.

The adjustable stirrer speed enables you to achieve optimal material homogeneity, while the automatic pouring mechanism simplifies the casting process. For those looking for advanced control, we offer the option of computer control, making your operations even more efficient.

Take your alloy manufacturing to the next level with optional data logging, allowing you to keep track of critical parameters and refine your processes for better results.

Whether you're working with aluminum alloys at 750‐850 degrees Celsius or magnesium alloys at 700-900 degrees Celsius, our VBCC Magnesium Melting/Stir Casting Furnace is your gateway to creating high‐performance materials, including magnesium matrix composites reinforced with elements like Boron carbide (B₄C), Titanium carbide (TiC), Silicon Carbide (SiC), Alumina (Al₂O₃), Graphene, and Carbon nanotubes (CNT). These nanoparticles enhance the specific strength, stiffness, damping behavior, wear resistance, creep resistance, and fatigue properties of your alloys, surpassing the capabilities of the parent materials.

Elevate your alloy manufacturing game with the VBCC Magnesium Melting/Stir Casting Furnace‐a state‐of‐the‐art solution for the aerospace, defense, and nanotechnology industries. Subscribe to our channel to stay updated on the latest innovations in materials science and alloy manufacturing.

STIR CASTING FURNACE
Introduction Introducing VBCC's state‐of‐the‐art aluminium and magnesium stir casting furnaces, designed to meet the exacting standards required for high‐performance metal casting applications. These furnaces, built with precision and advanced technology, ensure reliable and efficient production of high-quality castings, catering to the needs of industries requiring superior metallurgical properties.

Importance of Specifications
The specifications of VBCC's aluminium and magnesium stir casting furnaces highlight their advanced design and technological features, ensuring optimal performance, safety, and efficiency. Key specifications such as high-precision temperature control, durable construction materials, and robust insulation are critical for maintaining the integrity of the casting process and achieving high-quality results. The automatic melt discharge mechanisms and programmable control systems facilitate ease of use and consistent operation, making these furnaces indispensable tools for high-temperature casting applications.

Common Features of Aluminium and Magnesium Stir Casting Furnaces
Both the aluminium and magnesium stir casting furnaces share several advanced features, ensuring reliable and efficient operation across different casting applications:
1. Structure: Both furnaces feature a crucible design with automatic melt discharge mechanisms for efficient casting processes.
2. Insulation: They utilize mechanically pressed zirconia blend ceramic fiber for superior insulation.
3. Heating Elements: Both furnaces are equipped with advanced powder metallurgical grade Kanthal heating elements for optimal temperature performance.
4. Temperature Control: They incorporate TAIE PID programmable temperature controllers with high accuracy (±1 °C) and K-type thermocouples.
5. Power Control: Both systems use phase angle-controlled thyristors for precise power management.
6. Crucible Material: Inconel alloy is used in both furnaces for its excellent high-temperature performance.
7. Stirrer: High-speed stirrers with zirconia coating for effective mixing of the melt.
8. Control Panel: Both furnaces have separate control panels with clear indications and control switches for easy operation.
9. Safety Features: They are equipped with input and output fuses to ensure operational safety.
10. Pneumatic System: Automatic mechanisms for melt discharge and casting operations

Please contact VB CERAMIC CONSULTANTS at vbceramic@yahoo.com or call us at 9444012468 to learn more. Elevate your research and production with VBCC's Aluminium and Magnesium Stir Casting Furnace. #stircasting #vaccumcasting #aluminiumstir #magnesiumstir