english 
In the field of waste paper recycling, it can efficiently compress various types of waste paper, such as newspapers, book paper, packaging paper, cartons, etc. These papers are relatively soft in texture. The pressure generated by the hydraulic system of Horizontal Baler can easily compress them into tight paper packages, greatly reducing the volume and facilitating storage and transportation. The density of the compressed paper packages increases, which can effectively reduce logistics costs and improve recycling efficiency.
In the plastic industry, common plastic films, plastic bottles, plastic pipes, plastic scraps, etc. can be compressed by Horizontal Baler. For soft plastic films, the equipment can compact them layer by layer; and for plastic bottles and pipes with higher hardness, good compression effects can be achieved by adjusting the compression force parameters. The compressed plastic blocks are regular, which is convenient for subsequent centralized processing and reprocessing.
In the treatment of textile waste, Horizontal Baler is also applicable to waste fabrics, scraps, yarns and other materials. These textile materials are fluffy and take up a lot of space. After compression, their volume can be significantly reduced, and the compression process will not cause excessive damage to the materials, which is convenient for subsequent recycling or reasonable disposal.
In addition, agricultural waste such as straw and stalks, as well as lightweight materials such as sponges and foams produced in industrial production, can also be effectively compressed by the Horizontal Baler. For long materials such as straw and stalks, it may be necessary to cut them in advance to ensure the compression effect; while lightweight materials such as sponges and foams need to increase the compression force appropriately to achieve the ideal compression density.
However, the Horizontal Baler is not suitable for materials with extremely high hardness, hard texture and non-deformable materials, such as metal blocks and stones. Such materials are not only difficult to compress, but may also damage the compression components of the equipment. In practical applications, it is necessary to reasonably choose to use the Horizontal Baler according to the characteristics of the material to maximize its effectiveness.
