Controlled Atmosphere Furnace

1. Mesh Belt Controlled Atmosphere Furnace: This furnace features a conveyor belt that ensures a consistent atmosphere throughout the chamber and can accommodate various loading configurations, making it ideal for continuous production processes.
2. Atmosphere Box Furnace: A versatile furnace capable of operating with both inert and reactive gases, and capable of maintaining a vacuum down to 1 Torr. It's suitable for batch processes requiring precise control of the environment.
3. Box Furnace: A furnace with a cubic or rectangular chamber, designed to operate with different atmospheres, such as air, inert gases, and reducing gases. It is commonly used for heat treatments and other processes requiring flexibility in atmospheric control.
4. Vertical Tube Furnace: Designed for specific heating applications, this furnace can create a variety of atmospheric conditions, including vacuum environments, and is often used for research and development processes that require high precision

• Overheat Protection: Automatically shuts down the furnace if the temperature exceeds an acceptable range to ensure safety and protect both the furnace and the materials being processed.
• Built-in Ammeter and Dual Voltmeters: These components allow for real-time monitoring and troubleshooting of the furnace’s electrical systems, ensuring efficient and smooth operation.

• High-Quality Heating Elements: These elements are securely installed on both sides of the furnace, providing effective and energy-efficient heat radiation within the furnace chamber. They are designed for long-lasting service and high reliability, making the furnace suitable for continuous and demanding processes.
• Uniform Heating: The heating elements on both sides (left and right) ensure even temperature distribution within the furnace chamber, promoting consistent results during processing and preventing material inconsistencies.

• Insulation Materials: The furnace is equipped with a multi-layer insulation design, which includes high-quality alumina ceramic fiber and other advanced insulation boards. These materials are non-asbestos, ensuring both safety and performance.
• Low Heat Loss and Energy Efficiency: The insulation reduces heat loss significantly, improving the furnace’s energy efficiency and minimizing energy consumption during operation. This design helps maintain stable temperatures and reduces operating costs, which is essential for both energy savings and process consistency.