Our chamber furnaces are versatile high-temperature solutions designed for a wide range of industrial and laboratory applications. They feature a spacious heating chamber with excellent temperature uniformity, making them ideal for processes such as heat treatment, annealing, sintering, and material testing. With customizable dimensions, temperature ranges, and atmosphere control options, our chamber furnaces can be tailored to meet the specific needs of your application.
(300×300×300mm Furnace Chamber) Electric Furnace: Yokogawa (Japan) Instruments + Dahua Chino Recorder, Dual-Loop Protection + Door-Open Power-Off, 30-Segment Programmed Temperature Control, Suitable for High-Temperature Treatment in Scientific Research and Industry, Safe and Reliable
Top-Opening Electric Furnace: Heating elements are suitable for different high temperatures, with an air-cooled structure + dual-loop protection, 50-segment programmable curves, suitable for high-temperature treatment in multiple scenarios of scientific research and industry, and characterized by safety and high efficiency.
1100℃ Electric Furnace with ±1℃ Temperature Control Accuracy: 50-Segment Programmed Temperature Control, Imported Resistance Wire + Hot Air Stirring, Oxygen Content Analysis + Dual-Loop Protection, Three-Layer Thermal Insulation with Over 80% Energy Saving, Easy-to-Operate Pneumatic Furnace Door, Suitable for High-Temperature Treatment in Scientific Research and Industry
The electric drying oven offers precise temperature control (80–1000℃), stainless steel inner chamber, uniform hot air circulation, multi-layer insulation, and advanced safety protection. Ideal for industrial drying, annealing, and heat treatment applications.
High-performance 500℃ hot air drying oven with forced circulation, uniform heating ±5℃, programmable control, and safety protection. Suitable for drying, annealing, and heat treatment applications.
Industrial 800℃ drying and heat treatment oven with 316L/310 stainless steel chamber, excellent corrosion and oxidation resistance, ±1℃ precision PID control, and durable design for long-term industrial use.