Can the 1.5-meter stroke of the Briquetting Machine meet the needs of large-scale production?

1. The impact of the stroke on the pressing effect
The 1.5-meter stroke of the Briquetting Machine refers to the distance that the hydraulic cylinder moves from the starting point to the maximum pressing position during the pressing process. The length of the stroke directly affects the depth of the pressing process and the compression efficiency of the waste. The 1.5-meter stroke provides the machine with enough space to achieve efficient waste compression, especially when dealing with large or large metal scraps. The longer stroke can ensure the adequacy of the pressing process.

Specifically, the 1.5-meter stroke length can ensure that the waste can be compressed for a longer time during the pressing process, ensuring that its density increases and its shape is regular. This is particularly important for large-scale production, because large-scale production usually requires the processing of a large amount of waste. If the stroke is too short, the pressing process may be incomplete, resulting in unstable quality of the finished waste, which in turn affects production efficiency and the final quality of the product.

2. Adaptability and flexibility of 1.5-meter stroke
In large-scale production, the 1.5-meter stroke of the Briquetting Machine can not only meet the pressing needs of conventional metal scraps, but also has a certain degree of flexibility. Many metal scraps vary in shape and size. A longer stroke can accommodate more types of scraps, especially when pressing larger or thicker scraps. A 1.5-meter stroke can provide sufficient pressing space to ensure that the scrap is fully processed during the pressing process.

3. Improving pressing efficiency and capacity
The 1.5-meter stroke of the Briquetting Machine plays an important role in improving pressing efficiency. This stroke design can effectively cope with the needs of scrap pressing under high pressure, especially under the 80-ton pressure of the equipment. The longer stroke can provide a larger pressing space, so that the scrap can distribute the pressure more evenly during the pressing process, ensuring the uniformity of the density and shape of the final product.

The Briquetting Machine with a longer stroke can process more scraps through a wider range of compression, making the processing volume in each working cycle larger, thereby significantly improving the production capacity of the equipment. In large-scale production, the capacity of the equipment is the core indicator that determines the production efficiency of the enterprise. The 1.5-meter stroke of the Briquetting Machine enables it to operate stably under high load and meet the production needs of long time and high frequency.

4. The relationship between stroke length and equipment stability
In large-scale production, the stability of the equipment is crucial. The long-stroke Briquetting Machine can not only handle larger volumes of waste, but also maintain high stability under greater pressure. The 1.5-meter stroke provides more pressing space, reduces the load concentration of the machine during operation, and allows the equipment to maintain stable performance during continuous operation, avoiding equipment loss caused by frequent adjustments or high-intensity pressing.

In addition, the longer stroke enables the hydraulic system to work more smoothly, reduces pressure fluctuations and mechanical fatigue, and extends the service life of the equipment. This is especially important for large-scale production lines that require efficient operation. Stable equipment performance can not only improve production efficiency, but also reduce equipment failure rate and maintenance costs.