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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.
Professional-grade 1200℃ high vacuum tube furnace achieving 10⁻⁴Pa ultimate vacuum, featuring pure titanium sealing flanges and digital mass flow meters for contamination-free thermal processing of semiconductors and advanced materials.
Advanced three-zone vertical tube furnace with independent temperature zones and built-in gas control cabinet, ideal for gradient heating, atmosphere-sensitive processes, and complex material research. Precise thermal zoning and programmable control ensure zone uniformity and repeatability, suitable for advanced ceramics, semiconductor testing, and thermochemical experiments.
Rotary Tube Furnace ,Multi-Station High-Temperature Furnace ,Vertical Tube Electric Furnace,Automatic Heat Preservation with -0.1MPa Vacuum
Vertical Rotary Tube Furnace:High-vacuum atmosphere with ±1°C temperature control, dual-stage vacuum pump + intelligent pressure protection, supports mixing of 2-10 gases, and is equipped with a leakage alarm system to ensure experimental safety.
High-purity material ensures resistance to extreme heat and chemical corrosion.1-15° tilt angle + 1-10 rpm rotation speed for uniform sample treatment.600mm isothermal region for consistent results.Ideal for sintering, annealing, and synthesis of advanced materials.
This compact tilting rotary furnace features a variable-diameter stainless tube (80/150mm) with 60° tilt and 360° rotation. It achieves 1100°C with ±1°C uniformity, ideal for catalyst research and gradient materials under controlled atmospheres.
