In the field of bulk material transportation, ensuring high efficiency while maintaining consistent material fragmentation is one of the major challenges faced by many industries. The sidewall conveyor belt, with its unique conveying mechanism, is providing disruptive solutions to numerous industries worldwide.
I. Core advantages of sidewall conveyor belt
1) Elimination of transfer points
The sidewall conveyor belt can achieve seamless transition in horizontal, inclined, and even vertical directions. From the moment the material enters the conveyor belt, there is no need for secondary transfer through chutes or intermediate storage bins, which fundamentally avoids wear, dust generation, and leakage at transfer points.
2) Gentle bearing
Unlike ordinary conveyor belts that rely on the static friction between the material and the base belt for open-ended transportation, the sidewall conveyor belt utilizes a semi-closed material hopper formed between the sidewall and the cleat. During the material lifting process, the relative movement is minimal, making it highly suitable for transporting fragile materials.
3) Compact space layout
The vertical conveying feature enables the sidewall conveyor belt to complete large-height material transportation within a very small area, maximizing the utilization of limited space.
II. Equipment Comparison
|
sidewall conveyor belt |
Bucket Elevator Conveyor Belt |
duck conveyor belt |
|
|
inclination of belt |
0°-90° |
90° |
≤20° |
|
Material damage rate |
Extremely low (gentle delivery) |
High (digging/impact) |
Medium (blanking impact) |
|
floor space |
minimum |
medium |
Extremely large (long-distance climbing) |
|
Energy consumption level |
lower |
high |
high |
|
maintenance cost |
Low (universal components) |
High (chains and hoppers are prone to damage) |
medium |
|
comprehensive method of investment |
Save 20% to 30% |
higher |
高(土建费用大) |
III. Empirical Application of Sidewall Conveyor Belt
The gentle conveying of the sidewall conveyor belt can achieve widespread recognition in multiple industries:
1. Precise Sampling in Mining
During the conveying process, the original particle size of iron ore samples can be maintained, avoiding the distortion of grade detection due to ore fragmentation, and the materials can be gently transported to the testing station to ensure the representativeness of the sample analysis results.
2. Equipment Upgrade in Cement Plants
Using the sidewall conveyor belt can eliminate secondary damage during material transportation, reducing energy consumption by 42%, reducing noise, significantly improving the working environment, and reducing maintenance costs in the future.
3. Food-grade Material Conveying
When conveying fragile food items such as potato chips, candies, and grains, the gentle conveying characteristics of the sidewall conveyor belt can ensure the integrity of the products to the greatest extent, which is of great significance for ensuring food quality and minimizing production losses.
IV. How the Sidewall Conveyor Belt Achieves Gentle Conveying Performance
1. Precise Selection
Choose the appropriate type of cleat based on the particle size, viscosity of the transported materials, and the inclination angle of the conveying. Ensure that the cleat is stacked with the sideway wall to ensure uniform force distribution of the materials in the hopper.
2. Equipment Configuration
Set necessary idler wheels at the concave curve and rollers at the return branch to ensure smooth operation of the conveyor belt and avoid material collisions caused by improper operation.
3. Daily Maintenance
Regularly check the bonding strength between the sideway wall and the cleat. Repair the detached parts in time to ensure that the height of the loaded materials is as low as possible to avoid strong impacts on the materials at the loading moment.
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