Open end extrusion baler is a piece of equipment specially designed for processing and compressing various soft materials (such as plastic film, paper, textiles, biomass, etc.). Its main function is to squeeze and compress loose waste materials into high-density blocks or bundles for easy storage, transportation and recycling.
The following is the working principle and characteristics of the open extrusion baler:
1. Working principle: The open end extrusion baler receives loose waste materials through a feeding port and then sends them into the extrusion chamber. In the extrusion chamber, the material is squeezed by high pressure to reduce its volume and form a tight block or bundle. Finally, the compressed material is pushed out of the machine, ready for subsequent processing or transportation.
2. Features:
(1) Efficient compression: The open end extrusion baler can compress loose waste materials into smaller volumes, thereby saving storage space and reducing transportation costs.
(2) Strong adaptability: This baler can handle many different types of waste materials, including plastics, paper, metal, etc., and has good adaptability.
(3) Easy operation: Open extrusion balers usually adopt automated control systems, which are easy to operate and maintain.
(4) Environmental protection and energy saving: By compressing waste materials and reducing their volume, it helps to reduce energy consumption and environmental pollution during waste treatment.
3. Application fields: Open end extrusion balers are widely used in waste treatment and recycling industries, such as waste paper recycling, waste plastic recycling, biomass fuel production, etc. In addition, it can also be used in agriculture, animal husbandry and other fields to compress straw, feed and other materials.
In short, the open extrusion baler is an efficient and adaptable waste treatment equipment that can effectively compress and process various loose waste materials, providing strong support for environmental protection and resource recycling.
Post time: Feb-01-2024