Is your sintering furnace mesh belt stuck or vibrating in the powder metallurgy and electronic ceramics industries? This can affect production efficiency and product quality. Today, Jiaoyang Mesh Belt will explore the causes of this phenomenon with you.

PART.01 Pitch of the Mesh Belt

During the manufacturing of high-temperature conveyor belts, it is crucial to ensure that the pitch of the conveyor belt’s spiral strips matches the pitch of the threaded edge. This guarantees the conveyor belt’s smooth operation during high-temperature sintering and prevents deformation and misalignment.

Even minute differences in pitch can affect the use and performance of the high-temperature conveyor belt. Therefore, strict control over pitch accuracy is essential during manufacturing to guarantee the flatness of the conveyor belt.

PART.02 Mesh Belt Tension

Check if the tension of the sintering furnace mesh belt is appropriate. Excessive or insufficient tension can cause jamming or jumping. This may be related to improper tension adjustment, damaged or loose tension wheels.

Improper tension control of the sintering furnace mesh belt can not only cause jamming and jumping, but also lead to misalignment, wrinkling, and breakage of the high-temperature mesh belt, affecting its service life.

PART.03 Spiral Strips of the Mesh Belt

During the production process of the sintering furnace mesh belt, if the spacing of the spiral strips is too dense, the mesh belt may become inflexible when turning, leading to jamming and jumping.

The spacing of the spiral strips and the overall structure of the high-temperature mesh belt need to be fully considered to ensure its smooth transport within the sintering furnace.

PART.04 Post-Construction Maintenance

If foreign objects, such as nodules or adhesions, adhere to the mesh belt during operation of the sintering furnace, they may interfere with the normal operation of the mesh belt, causing it to vibrate.

We need to regularly clean and maintain the high-temperature mesh belt, check for any potential safety hazards, and ensure its normal operation.

PART.05 Other Reasons

1. Improper Operation by Workers: Provide professional training to operators to familiarize them with equipment operation and maintenance, improving equipment efficiency.

2. High-Impact or Sharp Materials: During transportation, materials with large impacts or sharp edges may impact the sintering furnace mesh belt, causing jamming or vibration.

3. Long-Term Wear: During prolonged use, friction with materials and contact with internal furnace components can affect the normal operation of the high-temperature mesh belt. ………. The above reasons are for reference only. Do you know of any other factors? Welcome to leave a comment in the comment section to discuss!