FAQ

The mesh belt furnace is suitable for heating aluminum bars, copper bars, red stamping, annealing of castings, glass and products, tempering of small parts and other heat treatment.

About furnace shell

The quadruple protection structure is stable

It is welded from profile steel and plate, and its rigidity ensures that it will not deform under full load. It is made of fire-resistant fiber pressing module inside, and the parts easy to collide and bearing parts are built with heavy bricks, which can enhance the structural strength of furnace lining.

About furnace

Good performance and safer

Adopt high-density lightweight alumina ceramic fiber. Stable structure and good energy saving. A certain amount of compression is reserved during the processing process to ensure that each ceramic fiber block expands in the same direction after the completion of the masonry of the module, so that the modules can be squeezed into a seamless whole to achieve a good heat storage effect, with low heat conductivity, low heat capacity and excellent corrosion resistance. And good thermal stability and thermal shock resistance.

About meters

Easy operation of intelligent instrument

The temperature can only be controlled by microcomputer program, the complete process curve can be recorded, and the overtemperature alarm and power-off protection can be provided;

The operation adopts button and light display, automatic heating, heat preservation and cooling, free setting, high accuracy, simple operation, safety and reliability (the control system can be customized according to the actual requirements of users).

Unique mesh belt structure

Intelligent control of mechanical transmission

Using the principle of mechanical transmission, it can advance intermittently or continuously to achieve the process of pre-burning, burning or heat treatment. Built-in hot air circulation system enables the furnace temperature uniformity to meet the process requirements.

About heating elements

More reasonable selection as required

The resistance wire is applicable to the temperature below 1200 ℃. The resistance wire in the furnace is surrounded and heated evenly. SiC element is suitable for electric furnace with temperature of about 1200-1400 ℃. The MoSi2 element is applicable to electric furnaces below 1800 degrees, and you can choose it according to your needs.

Product parameters

When high-volume sintering or metallization is required, the High Temperature Mesh Belt furnace provides the ideal solution. This High Temperature Mesh Belt furnace features a heavy-duty mesh belt constructed from heat-resistant alloys, capable of withstanding extreme loads and frequent thermal cycles. Each High Temperature Mesh Belt furnace is customized with multi-zone heating elements that enable precise ramp-up and cooling rates, essential for materials like ceramics, thick-film substrates, and metal powders. Operators appreciate how the High Temperature Mesh Belt furnace minimizes product deformation through balanced airflow and belt support systems.

Furthermore, this High Temperature Mesh Belt furnace integrates real-time temperature monitoring and automated belt tensioning, ensuring 24/7 reliability with minimal supervision. The High Temperature Mesh Belt furnace can be paired with programmable logic controllers (PLCs) for full recipe management and data logging. Whether processing small electronic components or larger automotive parts, the High Temperature Mesh Belt furnace adapts seamlessly. Its compact footprint and low emission design also meet modern safety and environmental standards. Invest in this High Temperature Mesh Belt furnace to achieve faster cycle times, lower rejection rates, and a clear competitive edge in high-temperature continuous processing.