Precision Heat Treatment Burner

The precision heat treatment burner is equipped with an accurate temperature control system. The radiating tubes undergo aluminizing treatment and output uniform infrared heat sources. The temperature difference inside the furnace is extremely small, which can ensure the annealing and tempering processing of precision hardware and alloy workpieces, and meet the production requirements of high-precision heat treatment assembly lines.

Advantages

1. The temperature control accuracy is high, and the heat field distribution inside the furnace is uniform. The performance of precision workpieces after heat treatment is uniform, significantly reducing the defective rate.
2. The aluminum diffusion radiation tubes have excellent heat resistance and oxidation resistance. They do not deform easily under long-term continuous high-temperature operation, and the service life of the equipment is longer.
3. The gas is fully combusted, and the gas consumption is low during the constant temperature stage. The equipment operates stably for 24 hours, effectively reducing long-term production energy consumption costs.

Installation steps

Install radiant heat tubes and radiant burners inside the heating tunnel, lay electrical wiring and natural gas pipelines, connect all components to the control cabinet, and complete full installation, commissioning and performance testing.

User Purchase Reviews

Review 1 | Head of Precision Metalwork Heat Treatment Factory

We mainly produce high-end alloy fasteners and precision bearing parts. We have extremely high requirements for the consistency of annealing and tempering processes. After replacing this Precision Heat Treatment Burner, the fluctuations in the metallographic structure and hardness of the entire batch of workpieces have significantly decreased, and the subsequent processing yield of dimensions has greatly improved. The temperature fluctuation inside the furnace is extremely small, and the heat treatment performance of the entire batch of workpieces is highly uniform, significantly reducing rework and scrap costs. The equipment can operate continuously in three shifts 24/7, and the overall gas consumption has significantly decreased compared to the old equipment. Long-term production costs have been effectively controlled, making it highly suitable for the mass production rhythm of high-precision heat treatment lines.

Review 2 | Supervisor of Automotive Parts Heat Treatment Workshop

The production line operates continuously throughout the year. The original burner was prone to deformation and degradation due to long-term high-temperature operation, requiring frequent maintenance and replacement. This aluminum diffusion tube has excellent structural stability and outstanding high-temperature oxidation resistance. Its radiation performance is stable under long-term continuous high-temperature conditions, significantly reducing the failure rate and minimizing unplanned downtime. The temperature control system has precise response, and the heat treatment process parameters can be stably replicated. The quality consistency of each batch of products meets the quality control standards of the automotive parts industry, and the overall operation is much more convenient.

Review 3 | Factory Manager of Precision Spring Alloy Processing Factory

In the past, there were problems such as inconsistent elastic parameters and uneven fatigue lifetimes of the same batch of springs. After using this precision heat treatment burner, the heat field distribution in the furnace is uniform, and the workpieces are exposed to a consistent heating environment, significantly improving the stability of the finished spring's elasticity and fatigue lifetime. The third-party life inspection compliance rate has steadily reached the standard. The combustion is sufficient, and the gas consumption during the constant temperature stage is stable and low. It balances both process accuracy and energy-saving requirements, making it suitable for our fully automated precision heat treatment production line. The overall investment return cycle is ideal.

Application scenario

It is widely used in various industrial continuous heating production lines such as precise metal annealing and quenching treatment, steel heat treatment, powder spraying curing, and wood drying.

Use and Maintenance

Regularly clean the ash accumulated in the radiation tubes, inspect the sealing performance of the gas lines, strictly control the working temperature, cool down before shutdown, and regularly calibrate the temperature control system to extend the equipment's lifespan.