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Shijiazhuang Hongtao Technology Co., Ltd. manufactures professional 1700°C high-temperature shuttle (car bottom) and hood (bell) kilns, specifically engineered for the sintering and firing of alumina ceramics, refractory materials, and technical ceramics. These batch-type furnaces offer exceptional flexibility for multi-variant production and R&D cycles requiring precise thermal profiles.
Product details
1700°C High-Temperature Shuttle & Hood Kiln for Alumina Sintering by Shijiazhuang Hongtao Technology Co., Ltd.
Shijiazhuang Hongtao Technology Co., Ltd. manufactures professional 1700°C high-temperature shuttle (car bottom) and hood (bell) kilns, specifically engineered for the sintering and firing of alumina ceramics, refractory materials, and technical ceramics. These batch-type furnaces offer exceptional flexibility for multi-variant production and R&D cycles requiring precise thermal profiles.
Capable of reaching a maximum operating temperature of 1700°C, the kiln utilizes high-quality MoSi₂ (molybdenum disilicide) heating elements and premium alumina ceramic fiber insulation to ensure rapid heating rates and minimal heat loss. The shuttle design features a movable kiln car for safe external loading and unloading of heavy dense loads, while the hood kiln design allows the firing cover to be lifted, facilitating easy access to the refractory hearth.
Key features include:
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Excellent Temperature Uniformity: Advanced multi-zone control ensures consistent sintering quality (±5°C).
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Intelligent Automation: PLC-based PID control system allows for complex programmable heating curves and data logging.
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Energy Efficiency: Lightweight insulation structures and optional waste heat recovery reduce fuel or electricity consumption.
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Atmosphere Options: Available in both air-firing and sealed configurations for inert gas or specific atmosphere sintering.

Hongtao’s 1700°C kilns are the ideal choice for manufacturers producing alumina substrates, wear-resistant ceramics, and high-performance insulating materials, combining durability with precise process control.
