Metal Baling Machine

Technical Parameters

Case 1: Automotive Manufacturing Industry

In a large - scale automotive manufacturing plant, a significant amount of metal waste is generated daily, including scrap steel from body stamping, aluminum alloy scraps from engine parts production, and copper wires from electrical system manufacturing. Before using the metal baler, the disposal of these metal scraps was a cumbersome task. The scraps were scattered, taking up a large storage space, and transportation to recycling facilities was costly due to their irregular shapes and large volumes.

After installing a high - capacity metal baler, the situation changed dramatically. The metal baler could quickly compress the steel scraps into dense bales, reducing their volume by up to 80%. The aluminum alloy scraps and copper wires were also effectively processed into compact bundles. This not only made storage in the factory much more efficient, with the saved space being used for other productive purposes, but also greatly reduced transportation costs. The recycling value of these compressed metal scraps also increased as they were more convenient for recycling plants to handle, bringing additional revenue to the automotive manufacturing company.

Case 2: Metal Recycling Yard

A metal recycling yard deals with a wide variety of scrap metals, from old household appliances to construction - site metal wastes. The incoming scrap metals are often in a chaotic state, with different types of metals mixed together.

By employing a versatile metal baler with sorting and compressing functions, the recycling yard improved its operational efficiency significantly. First, workers would roughly sort the scrap metals by type. Then, the metal baler was used to compress each type of metal into separate bales. For example, steel pipes and iron bars from construction waste were compressed into large, rectangular bales, while aluminum cans and copper components from household appliances were made into smaller, more manageable bales.

This process made it easier to transport the scrap metals to smelters. The smelters could directly identify and process the compressed bales according to their metal types, which reduced processing time and costs at the smelting stage. As a result, the metal recycling yard was able to handle a larger volume of scrap metals, increase its profit margins, and contribute to more efficient resource recycling in the industry.

Case 3: Construction Site

During the construction of a large - scale commercial building, a vast amount of metal waste was produced, including leftover steel rebars, cut - off metal pipes for plumbing, and discarded metal brackets. Initially, these metal wastes were piling up on the construction site, causing safety hazards and hindering the construction progress.

To solve this problem, a portable metal baler was introduced to the construction site. The portable design allowed it to be easily moved around the site as needed. Workers could quickly gather the metal wastes and feed them into the baler. The baler compressed the metal wastes into compact blocks, which were then neatly stacked on the site. This not only cleared up the construction area, improving safety and work efficiency, but also made it much simpler to transport the metal wastes off - site for recycling. The construction company saved on waste disposal costs and received income from selling the recycled metal, while also fulfilling its environmental responsibility.