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.
Suitable for multiple fields such as ceramics and metallurgy, it adopts a quartz furnace tube + pure titanium seal, with a temperature control/uniformity of ±1℃. It supports the introduction of multiple gases and fully automatic operation, and has excellent thermal insulation performance.
GWDL-600QTR three-zone quartz rotary tube furnace with large-diameter design supports uniform heating up to 600℃. Features tilting and rotating functions, independent temperature zones, PID control, and dust-free operation for powders, ceramics, metallurgy, and high-purity materials.
GWDL-SSR rotary kiln offers 950°C precision firing for ceramics, metallurgy, and materials processing. Features programmable touchscreen control, energy-saving insulation, and efficient rotary tube.
Optional: stainless steel, quartz glass, or corundum tube (standard: 99% corundum ceramic). Stainless steel KF flanges with double rubber gaskets ensure tight sealing. Silicon carbide rods around the tube (horizontal alignment) for uniform heating. Programmable control (50/22/8 sections), PID self-tuning, auto heating/insulation/cooling. Supports O₂, N₂, Ar, H₂, etc., for diverse atmospheres.
Integrating high-precision temperature control and multi-functional operation, it is specially developed for scientific research experiments and industrial material processing. Through ±1°C precision temperature control technology and modular structural design, the product meets the full-process requirements from fundamental research to mass production development.
The vacuum atmosphere tube furnace is a high-precision heat treatment equipment for high-end materials research, integrating vacuum processing and multi-atmosphere control. With modular design and intelligent gas control cabinet, it precisely regulates O₂, N₂, Ar, H₂, etc., meeting needs from basic research to industrial trial production.