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Designed to perform heat treatment under vacuum, inert gas, reducing, or oxidizing atmospheres, ensuring precise and stable temperature control throughout the process.
Our laboratory tube furnaces are designed to provide stable and uniform heating environments for a wide range of experimental needs. Available in multiple configurations—including single-zone, multi-zone, split-type, and vertical-loading models—these furnaces support precise temperature control and are suitable for both small-scale material testing and continuous research applications.
Triple-zone temperature control for advanced thermal profiles Split top-open chamber for easy maintenance and safe operation Adjustable tilt and rotation ensure uniform heating and smooth material flow User-friendly rotary controls for both lab and production-scale use
Three-zone tube furnace with independent control of material feed rate and tube rotation (1-15 RPM). Manual loading design simplifies batch processing up to 1200℃.
Split-type single-zone furnace with a vertical lift door for one-second tube changes and real-time material monitoring. Designed for labs requiring frequent access.
1100℃ rotary tube furnace with quartz glass tube, adjustable rotation (1-10 rpm) and tilting (1-10°) for uniform heat treatment. Features 0.1 MPa vacuum, ±1°C temperature control, and high-alloy heating elements. Ideal for material synthesis, powder processing, and CVD applications.
The 600℃ aging furnace achieves an ultra-high vacuum of 1.33×10⁻³ Pa, designed for critical aging processes under nitrogen atmosphere to heat-treat metals (aluminum alloys, titanium alloys) or ceramics, enhancing their strength, hardness, and stability.
Fully automated 1400℃ tube furnace with Siemens PLC centralized control, tilting (0-20°), and rotation (0-5 rpm). Features multi-gas atmosphere (N₂/Ar /O₂), vacuum system, and magnetic fluid seals. Ideal for precision sintering and materials research.
