• Versatile Bottom Loading Design :This raising hearth furnace features a bottom loading design, ideal for ease of use and efficient sample loading and unloading.
• Robust Construction :The furnace is built with a high-quality mild steel body and structure, ensuring durability and longevity, even under high-temperature operations.
• High-Temperature Capability :Capable of reaching a maximum temperature of 1700°C, making it suitable for a wide range of high-temperature applications.
• Efficient Heating System :Features APM Kanthal heating elements, delivering reliable heating performance up to 1200°C for continuous operation. For 1400°C, it uses Silicon Carbide, and for 1600°C or more, it uses Super Kanthal.
• Precision Temperature Control :Features an imported TAIE PID- 18*8=144 Segments microprocessor-based digital temperature controller programmable heating profiles.
• Efficient Insulation :The double-wall structure and advanced insulation materials maintain skin temperatures just above ambient, enhancing safety and energy efficiency.
• Automated Operations :Fully automated raising, lowering, and tilting mechanisms powered by motorized systems for seamless operation.
• Reliable Power Control :Phase angle controlled thyristor drive with current feedback ensures accurate power management and stable furnace operation.
• Separate Control Panel :A dedicated control panel with digital ammeters and multiple indicators for easy monitoring and operation.
• Safety Features :Equipped with comprehensive safety features including input/output fuses and robust mechanical construction to ensure safe and reliable performance.
• Enhanced User Safety :The furnace's design includes sophisticated door mechanisms and high-quality insulation to minimize heat loss and maintain a safe operating environment for users.
• Energy Efficiency :With advanced insulation and efficient heating elements, the furnace ensures optimal energy consumption, reducing operational costs.
• Flexible Temperature Range :The furnace offers a wide working temperature range up to 1600°C, making it suitable for various industrial applications including material testing, heat treatment, and research.
• Superior Thermal Stability :The use of high-grade materials and precise temperature control systems ensures consistent thermal stability and repeatable results in high-temperature processes.

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