How To Choose A Durable Sintering Furnace Mesh Belt?

When selecting a durable sintering furnace mesh belt, several key factors need to be considered to ensure its long-term stable operation. Here are some important selection criteria:

Material selection
The sintering furnace mesh belt is recommended to use SUS314 material, which contains a high amount of chromium and a certain amount of nickel, which has excellent high-temperature resistance and good heat fatigue resistance. SUS310S is also a commonly used material, suitable for continuous operation sintering production lines, and the temperature resistance can reach more than 1200 degrees.

Production process
The way the edges of the mesh belt are treated has a big impact on durability. For example, the edge of the sintering furnace belt with a large load capacity can be selected with a twisted edge tick style, and the thickness of the hook should be as equal as possible with the mesh surface, which can improve the toughness of the edge of the mesh belt and thus improve the overall life.

Mesh belt specifications
Choosing the appropriate mesh belt specification involves considering the load requirements, operating temperature, internal dimensions, and characteristics of the sintered workpiece. Choose the bandwidth, length, mesh size, edge type, thickness, and material that match these criteria.

Installation standard
The installation of belts and furnaces must be precise and comply with a series of stringent standards to ensure their stability and long service life in high-temperature and high-load environments. This includes precise measurements of the belt and furnace chamber, ensuring horizontal alignment, correct positioning of tension, stable drives and even distribution of support rollers.

Regular testing and maintenance
Regular testing and maintenance of sintering furnace mesh belts are key practices to ensure their reliability and extend their lifespan. This includes establishing and following a comprehensive maintenance schedule, checking and adjusting belt tension, and conducting a detailed review of weld joint and edge conditions.

Temperature control
The temperature in all zones is controlled by an AI-based controller to ensure precise temperature maintenance and improve efficiency. Thyristor-based controllers prevent frequent on/off cycles, extending the life of the heating element and reducing thermal shock and maintenance costs.

Design of mesh belts
The mesh belt is designed to smoothly transport compacted components to various areas of the furnace at the desired speed. Conveyor belts are made from high-quality metal mesh and are sourced from reputable multinational companies to ensure durability and reliability.

Maintenance and service life
Over time, the belt can develop wear and tear, leading to problems such as hissing or damaged bearings. Regular maintenance and inspections are essential to ensure the longevity and optimal performance of the furnace belt.

By comprehensively considering the above factors, the reliability of the sintering furnace network belt can be significantly improved, the occurrence of failures can be reduced, and the stable operation of the sintering furnace can be ensured, thereby improving production efficiency and product quality.