Gas cylinder thermal treatment furnace
A gas cylinder thermal treatment furnace is a specialized industrial heating system designed for the controlled heat treatment of gas cylinders after forming, welding, or inspection processes. Its main function is to improve the mechanical properties, relieve internal stress, and ensure the structural stability and safety of cylinders used for storing and transporting compressed gases. The furnace is widely applied in the manufacturing of steel gas cylinders, seamless cylinders, and other pressure vessel products.This type of furnace is built to provide uniform heating and precise temperature control. During thermal treatment, gas cylinders are placed inside the furnace and heated according to a strict process curve. The temperature is carefully maintained within a specified range to achieve the desired metallurgical results. Depending on the material and treatment purpose, the process may include stress relief annealing, normalizing, tempering, or other heat treatment methods. Uniformity of heating is essential because any temperature difference may cause uneven material properties, residual stress, or deformation.The furnace structure usually includes a heating chamber, insulation layers, a temperature control system, loading and unloading equipment, and a circulation or combustion system. Advanced models often use automated control technology to monitor temperature, heating time, and cooling conditions. Multiple thermocouples are installed to ensure accurate measurement and stable operation. Safety systems are also important, including over-temperature protection, alarm devices, and emergency shut-off functions.One of the key advantages of a gas cylinder thermal treatment furnace is its ability to process large batches efficiently while maintaining consistent quality. It helps improve the toughness, strength, and durability of gas cylinders, making them safer for long-term use. The furnace also reduces residual stress caused by welding or forming, which can prevent cracking or distortion during service. In addition, modern furnaces are designed to save energy and reduce emissions, meeting environmental and production requirements.The operating process generally follows several steps. First, the cylinders are loaded into the furnace in a proper arrangement to allow even heat distribution. Then the furnace is heated gradually to the target temperature. After holding for the required time, the cylinders are cooled in a controlled way, either inside the furnace or in a separate cooling zone, depending on the process specification. Accurate process control is essential throughout all stages.In summary, a gas cylinder thermal treatment furnace is an essential piece of equipment in gas cylinder production. It ensures reliable heat treatment, improves product performance, and supports safe and efficient manufacturing. With automation, energy efficiency, and precise control, it plays an important role in modern industrial heat treatment applications.
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Gas cylinder heat treatment furnace
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GAS cylinder production line
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2026-06-22 17:08:47
1,High Production Capacity Up to 50 t/h (walking beam type); 250 units/h (chain conveyor type); covers annealing, normalizing, quenching, and tempering
2, Precise Temperature Control Accuracy ±5°C, uniformity ±5°C across the entire length; complies with GB/T 9452 and TSG 07; zoned pulse combustion prevents direct flame impingement on workpieces
3,Superior Insulation Modular box-type structure; high-temperature castables, heavy-duty bricks, and aluminum silicate fiber insulation ensure low casing temperature rise
4, Heat-Resistant Drive System VFD-controlled gear reducer with high-temperature sprockets and chains; stainless steel supports (Φ22mm, 150mm spacing) ensure long-term stability at 600°C
5,Efficient Combustion 150,000 kcal/h high-velocity burners; three-zone pulse control; precise air-fuel ratio adjustment minimizes scale formation
6, Fully Automated Control Siemens PLC with 15-inch touchscreen; DCS integration; data storage and traceability; manual backup mode available for PLC anomalies
7, Waste Heat Recovery & Smart Line Flue gas waste heat preheats combustion air; compatible with quenching tanks, in-line hardness testing, and data uploading to meet smart factory requirements
8, Green & Energy-Efficient Pulse combustion saves 10–15% energy; waste heat utilization; supports natural gas, electric, or coal gas heating; no flue gas leakage; ISO14000 compliant
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