Which workpieces are suitable for continuous heat treatment furnaces?

Continuous heat treatment furnaces are suitable for the heat treatment needs of various workpieces, especially those that require large-scale, continuous production. The following are the types and characteristics of workpieces suitable for continuous heat treatment furnaces based on reference articles:

Stainless steel workpieces:
Suitable for quenching, annealing, solution treatment, sintering, and brazing processes of large, small, and thin stainless steel workpieces.
For example: kitchenware, tableware, knives, steel pipes, watch cases, hairspring, vernier calipers, small surgical instruments, eyeglass accessories, etc.
Carbon steel and alloy steel parts:
Mainly used for annealing large carbon steel and alloy steel parts, as well as tempering surface quenched parts.
Mass produced parts:
Suitable for mass production of stainless steel parts and products, such as bright annealing after stretching, forging, rolling, and bright quenching of stainless steel parts.
The characteristic is that the surface of the processed product is smooth, the hardness is uniform, and the deformation is small.
Workpieces with high heat treatment process requirements:
A continuous heat treatment furnace can maintain a constant furnace temperature and achieve a specified heating rate, which is very suitable for workpieces that require precise control of temperature and processing time.

Workpieces with diverse sizes and shapes:
The conveyor belt design of the continuous heat treatment furnace enables uniform heating of workpieces of different sizes and shapes.
Efficient production demand:
Due to its high productivity and uninterrupted operation, continuous heat treatment furnaces are suitable for working conditions that require efficient production and cost reduction.
Workpieces with high temperature requirements in the working environment:
According to different models and specifications of continuous heat treatment furnaces, the maximum furnace temperature can reach 1050 ℃, and the working temperature can be set to 950 ℃, suitable for workpieces that require high-temperature treatment.
In summary, continuous heat treatment furnaces are suitable for various heat treatment processes of materials such as stainless steel, carbon steel, and alloy steel due to their characteristics of continuous production, high efficiency, and precise temperature control, especially for batch production of workpieces that require precise temperature and time control. Meanwhile, its high-temperature processing capability also enables it to handle workpieces that require high-temperature environments.