High Temperature Furnaces

Product Details:

• VBCC's Hybrid Microwave Furnace stands as a pioneering solution, seamlessly merging conventional and microwave heating technologies to offer unmatched versatility in thermal processing. This innovative furnace is designed for applications that demand adaptive and dynamic heating methods, providing users with the flexibility to choose between conventional and microwave heating based on specific process requirements.
• The Hybrid model inherits the precision and reliability of microwave heating while introducing the adaptability of conventional methods. This unique combination empowers users to tailor the heating approach to different stages or characteristics of their processes, optimizing overall efficiency.
• Engineered for diverse thermal processing needs, the Hybrid Microwave Furnace is a sophisticated solution for researchers and industries requiring the best of both heating technologies. With a robust construction and advanced features, it exemplifies VBCC's commitment to providing cutting-edge solutions that adapt to the evolving demands of thermal processing applications. The Hybrid Microwave Furnace signifies a new era of flexibility, efficiency, and precision in thermal operations, where innovation meets adaptability for optimal performance.

Product Details:

• VBCC's Raising Hearth Furnace with a maximum temperature of up to 1800°C is an advanced thermal processing solution designed for versatility and precision. Engineered for controlled heating and diverse applications, this furnace features a raising hearth mechanism that facilitates convenient sample loading and unloading.
• With its impressive temperature capability, the Raising Hearth Furnace up to 1800°C is well-suited for a wide range of high-temperature processes, including sintering, annealing, and advanced materials synthesis. The raising hearth design adds an element of user-friendly operation, making it efficient and accessible for various applications.
• The furnace's design enables easy and convenient access to the heating chamber, streamlining sample handling and enhancing overall operational efficiency. User-friendly controls allow for precise temperature adjustments and programmable heating profiles, ensuring flexibility for different thermal processing requirements.
• Whether used in research laboratories or industrial settings, VBCC's Raising Hearth Furnace up to 1800°C provides researchers and industries with a reliable and efficient platform for achieving precise and controlled high-temperature thermal processing, coupled with the convenience of a raising hearth mechanism for enhanced usability.

Product Details:

• A box furnace or muffle with a maximum temperature of 1200°C from VBCC offers reliable and precise thermal processing capabilities. Engineered for versatility, this furnace provides a controlled environment for various applications requiring elevated temperatures.
• The furnace's box design ensures uniform heat distribution within the chamber, promoting consistent and reliable results. With a maximum operating temperature of 1200°C, it accommodates a wide range of thermal processing needs, making it suitable for applications such as heat treatment, sintering, and material testing.
• Equipped with user-friendly controls, the box furnace or muffle allows for easy temperature adjustments and programmable heating profiles, enhancing flexibility and reproducibility in experiments and industrial processes. The robust construction ensures durability and longevity, making it a dependable tool for long-term use.
• Whether in research laboratories or industrial settings, VBCC's box furnace or muffle 1200°C stands as a reliable and efficient solution for applications demanding controlled high-temperature environments.

Product Details:

VBCC's advanced dental furnace features an intuitive touch-screen HMI for managing multiple temperature profiles, enhancing operational efficiency. Safety is ensured with integrated input and output fuses for reliable thermal processing. Premium insulation materials offer superior thermal efficiency and energy conservation. The precision lift mechanism allows for adjustable speed control and customizable lift positions for optimal pre-drying and cooling. High-performance Molybdenum disilicide heating elements provide exceptional durability and temperature stability. An enhanced cooling system with double-wall stainless steel construction and integrated fans enables rapid cooling, while the robust stainless steel build ensures long-lasting durability and resistance to wear.

Product Details:

VBCC's versatile dental furnace offers optional vacuum integration for enhanced processing capabilities. It features adjustable vacuum settings, including pre-vacuum and main configurations for precise control. The user-friendly touch-screen HMI allows easy storage and selection of multiple temperature profiles. Safety is prioritized with input and output fuses for reliable thermal processing. High-quality imported insulation improves energy efficiency, while the adjustable lift mechanism provides variable speed and customizable positions for pre-drying and gradual cooling. Advanced APM Kanthal heating elements ensure consistent performance, and the efficient double-wall stainless steel cooling system with integrated fans facilitates rapid cooling. Its robust stainless steel construction guarantees long-lasting durability.

Product Details:

• VBCC's Ageing Tubular Furnace is a specialized thermal processing solution meticulously crafted for precise and controlled ageing or heat treatment of materials. Tailored to meet the demands of materials science, metallurgy, and industrial applications, this furnace exemplifies cutting-edge technology and reliability.
• Key Features:
• 1. Temperature Precision:

  The Ageing Tubular Furnace from VBCC ensures precise temperature control throughout the ageing process. This feature is paramount for achieving targeted material properties and performance enhancements.

• 2. Uniform Heat Distribution:

  With its tubular design, the furnace promotes uniform heat distribution, preventing temperature variations that could impact the consistency of the ageing outcomes. This ensures reliable and reproducible results.

• 3. Customizable Duration:

  Recognizing the importance of specific ageing durations, VBCC's furnace provides controls for tailoring the duration of the ageing cycle to meet the unique requirements of different materials and applications.

• 4. Safety Measures:

  The furnace incorporates robust safety features, including temperature alarms and emergency shutdown protocols. These measures prioritize operator safety and protect the furnace during operation.

• VBCC's Ageing Tubular Furnace stands as a testament to the company's commitment to providing advanced and reliable thermal processing solutions. Whether in research laboratories or industrial settings, this furnace is designed to meet the stringent demands of controlled ageing processes, contributing to advancements in materials science and industrial applications