What is waste plastic recycle pulverizing miller equipment?

Plastic waste is divided into different reuse methods: recycled plastics, reprocessed plastics, recycled plastics, reusable plastics, recyclable plastics and non-recyclable plastics.

For the recycling of recyclable waste plastics, it can be divided into the following four levels:
Primary recycling refers to processing recyclable waste plastics (such as scraps, etc.) into products with the same or similar performance as new materials through usual processing methods.
Secondary recycling refers to processing waste plastics (such as scraps, etc.) into products with slightly worse performance than new materials through one or more processing methods.
Tertiary recycling refers to the recovery of chemical components in waste plastics into monomers or fuels.
Fourth-level recycling refers to the recovery of energy from waste plastics through incineration.

The resource recovery and regeneration process includes
the following steps: cleaning, shredding, crushing,pulverizing miller, mixing, extrusion and blow molding.

A1: The waste plastic crusher is a device specially used to crush waste plastics. It turns waste plastics into a renewable resource through mechanical crushing and physical separation. Various types of crushing machinery are usually used to apply different mechanical forces to the materials, such as tensile force, extrusion force, impact force and shear force. Waste plastics have complex shapes and different sizes, especially some larger waste products, which must be crushed, ground or sheared.
A2: The plastic pulverizer machine breaks down the plastic products into small particles through the friction and shearing force between the high-speed rotating cutterhead and the fixed blade, and then classifies them through the screen to obtain plastic particles of different sizes to achieve the purpose of grinding. .

Applications of plastic grinders include:
1. Plastic waste recycling field: Plastic grinding machine can be used to recycle plastic waste, grind the waste into small particles, and then add new materials to mix to make new plastic products, realizing the reuse of waste and effectively reducing the cost of plastic waste. Resource waste and environmental pollution.
2. Pigment manufacturing field: Particle fineness has a great impact on the quality and processing performance of pigments. The plastic grinding machine can process pigment powder and improve the color stability and uniformity of the pigment.
3. Plastic pipe production field: Plastic grinding machine can grind large pieces of plastic pipes into small particles, which facilitates the next step of processing and production and improves production efficiency.
4. Packaging material production field: Plastic grinding machine can handle and process the raw materials of packaging materials, making the packaging materials more transparent, flexible and strong, and improving the protection and aesthetics of the products.
In addition, for the recycling and reuse of waste plastics, the following aspects need to be considered:
1. Collection and processing: Waste plastic needs to be collected and processed correctly to avoid negative impacts on the environment and human health. At the same time, a complete recycling network and processing facilities need to be established to facilitate the recycling and processing of waste plastics.
2. Technological innovation: With the continuous development of science and technology, new technologies and methods need to be continuously explored to improve the recovery and reuse rate of waste plastics. For example, develop new processing technologies and equipment to improve the processing efficiency and product quality of waste plastics.