Tube annealing furnace is a commonly used heat treatment equipment, widely used in the annealing, tempering, and heat treatment processes of metal materials. Tube annealing furnaces have become essential heat treatment equipment in many industries due to their advantages in temperature control, thermal efficiency, working environment, and operational convenience. With the advancement of technology and the improvement of processes, tube annealing furnaces will continue to play an important role and continuously adapt to user needs, providing high-quality heat treatment solutions.
Product Overview：
Our high-efficiency tube annealing furnace is a device designed specifically for industrial grade heat treatment, suitable for annealing, tempering, and normalizing processes of various metal materials. The device adopts advanced temperature control technology and optimized heat treatment process, ensuring uniform heating effect and excellent product quality.
Product Features：
1. Uniform and stable temperature: Heat is transferred into the tube through heating elements to achieve uniform heating of the metal material inside the tube, ensuring temperature stability and uniformity.
2. High thermal efficiency: The furnace body is wrapped with insulation materials to reduce energy loss and improve energy utilization efficiency.
3. Good working environment: The furnace body has a relatively closed working environment, equipped with a ventilation and exhaust system, effectively controlling the atmosphere inside the furnace and reducing oxidation and pollution.
4. Easy to operate: Equipped with an intelligent control system, it can achieve automatic control and remote monitoring, improving production efficiency and product quality.
Purchase Information：
If you are interested in our Tube annealing furnace, please feel free to contact us for more information and pricing.
Contact phone number: 183-3926-3857
Email: jack@cysitech.com
Contact person: Jack Yang
WeChat: 183 3926 3857
Detailed Parameter：
Product Name | RTP annealing furnace |
Product model | CY-O1000-120I-T-RTP |
Furnace tube material | High-purity quartz |
Furnace tube diameter | 100/150 mm |
Furnace tube length | 1200mm |
Furnace length | 440mm |
Heating area | 200mm |
working temperature | 0～1100℃ |
control accuracy | ±1℃ |
Temperature control mode | 30 segment program temperature control |
display mode | LED |
heating rate | Advice：0-200℃ ≤10℃/min 200-700℃ ≤6℃/min 700-900 ℃ ≤3℃/min |
Flange interface | 1/4 inch card sleeve connector (Ø 8 pagoda mouth connector) |
Gas system | Hydrogen, nitrogen, argon; proton or float flowmeter (optional) |
vacuum system | Rotary vane vacuum pump, pumping speed 1.1L/s; Molecular pump set (optional) |
Power supply | AC:220V 50/60Hz |
Major parts：
Major Parts | Description |
Major machine | Halogen lamp RTP annealing furnace |
Power Control system | 1 set |
Gas system | 1 set |
Other parts | (pipes, wires, wrenches, etc.) |
Manual | Standard |
Application field:
Metal material processing: used for annealing treatment of metal materials such as steel, iron, aluminum, copper, etc.
Electronic component manufacturing: Heat treatment of semiconductor devices to improve device performance and reliability.
Automotive industry: Heat treatment of automotive components to enhance the mechanical properties of materials.
Aerospace: Precision annealing of aerospace materials to ensure their high strength and temperature resistance.
Application Case: Annealing with Aluminum Alloy Tube Annealing Furnace
Required equipment and materials:
1. Tube type annealing furnace equipment
2. Aluminum alloy materials
3. Protective materials
4. Fixtures and fixtures
5. Argon (Ar) and methane (CH4) or other carbon containing gas supply systems
6. Inspection tools
7. Cooling medium
Preparation Step:
1.Check whether the tube annealing furnace is working properly, including heating elements, temperature control system, furnace cleaning, etc.
2. Loading materials: Load aluminum alloy materials into the annealing furnace, taking care not to overload and ensuring air circulation inside the furnace.
3. Temperature setting: Set an appropriate annealing temperature based on the specific type and annealing requirements of the aluminum alloy. The annealing temperature of aluminum alloy is usually between 300 ° C and 500 ° C, and the specific temperature needs to be determined according to the type of alloy and the required properties.
4. Heating process: Start the annealing furnace and heat according to the preset heating curve. During the heating process, the temperature inside the furnace should be monitored to ensure uniform and stable temperature.
5. Insulation treatment: After the aluminum alloy reaches the predetermined annealing temperature, it should be kept at a constant temperature for a period of time to ensure changes in the internal structure of the material and the elimination of residual stresses.
6. Cooling process: After the holding time is reached, turn off the heating power and let the aluminum alloy cool naturally in the furnace, or use air or water cooling as needed.
7. Material removal: After cooling the aluminum alloy to room temperature, open the furnace door and remove the annealed aluminum alloy material.
8. Quality inspection: Conduct quality inspection on the annealed aluminum alloy, including hardness testing, microstructure inspection, etc., to ensure that the annealing effect meets expectations.
Cleaning and maintenance: After annealing, clean the furnace to remove dust and debris, and perform necessary equipment maintenance.
Please note that the specific parameters during annealing, such as temperature, holding time, etc., should be adjusted according to the specific aluminum alloy material and required properties.
