The Working Principle of Shredder Machine

 

How shredder machine works?

Here we take single shaft shredder as an example. Materials enter from A (material Inlet) and fall into B (Crushing Chamber). Next, C Pusher constantly pushes materials in contact with D Rotor. D rotates at high-speed shears and compresses materials in assist of counter knives. Through tearing, fracturing, shearing, processed materials are broken down in the desired size and then are released via E (Screen). The Working Principle of Shredder Machine is straight forward, as explained. Cross-cut shredder is not explained in this article.

Belt conveyor and material discharge blower are available based on the customer’s requirement. They simplify how shredder machine works. Other options such as enclosed infeed hopper, special screens, special blade and special rotor can be achieved.

The Working Principle of Shredder Machine

The Components of a Shredder Machine

The core part of the industrial shredder, rotor, is made of cold work die steel with highlights of high wearability, resistance to corrosiveness, and fine arrangement of knives. All these highlights ensure a sharp cutting edge, achieving a high quality of output. This fine design ensures how shredder machine works. Other essential components include transmission system (gear reducer and motor), bearings, screen, safety system, control system.

With our shredder machines‘ great reliability and their ability to handle unshreddable items without problems, they excel in a wide range of applications. where trials and tests with customers’ specific materials are simulated under practical conditions. Our emphasis is always on the customer and on fulfilling each task in the best possible manner.

The Wiscon technology centre enables us to gain important experience and data so we can offer the ideal shredding solution for any given task to our dear customers.  The centre shows how shredder machine works best for different materials. Hope our readers understand The Working Principle of Shredder Machine.

Comments

Post a Comment

Popular posts from this blog

The Composition of Plastic Waste – Latest Analysis Year 2020

Image
  What source of the industry creates most of the plastic waste? There is a huge increase in plastic consumption in our daily lives. Plastic waste can be divided into commercial and industrial wastes. Many of these plastic products are single-used. That is, they are thrown away after one-time usage. For example, disposable plastic packaging, food container, cup, tablecloth and hand gloves are the regular items. The Composition of Plastic Waste: Pre-use and Post-use Plastic Other types of plastic waste include pre-use and post-use plastic. Pre-use plastic is mainly rejected products that do not meet the criteria in terms of size, colour, hardness and other properties. This also includes the byproducts like flesh and sprue during the process of plastic product manufacturing (e.g. molding, blow molding, thermal forming). Post-use plastics include plastic bottles, pails, casing; rigid plastics such as pipes and moldings, plastic foams or expanded polystyrene; and flexible plastics such as
Read more

What is ocean plastic pollution?

Image
  Where does the plastic pollution in the ocean come from? What is ocean plastic pollution? Marine pollution is a combination of solid waste and chemicals that originate from the land. With the help of rainwater and wind, the pollutant is driven into the ocean. 3% of the worldwide plastic waste goes to the ocean according to the study. As more than 80% of the global plastic waste is not recycled, it is not surprising that abundant waste is accumulating in the ocean. In 2010, this was about 8 million tonnes. Before we dive into the question of where does ocean plastic waste comes from, we need to know about mismanaged plastics in the globe. The definition of mismanaged plastics is plastic waste that does not properly collect and recycle, instead, it ends up in landfills and scrap yard and directly pours into the river, lake and ocean. The graph shows more than half of the mismanaged stems from East Asia and the Pacific. The rest of the regions account for 40%. North America scores the l
Read more