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Research on Regenerative Hollow Manufacturing Methods Abstract With the continuous expansion of chemical production scale and the increasing scarcity of resources, regenerative hollow manufacturing methods have gradually become a research hotspot. This article introduces a regenerative hollow manufacturing method aimed at improving the utilization rate of chemical raw materials, reducing production costs, and providing support for sustainable development

1、 Introduction 

Regenerative hollow manufacturing method is to recycle raw materials from chemical products such as waste plastics and rubber, and after certain treatment and processing, prepare recycled products with hollow structures. This method not only helps to solve the problem of waste material pollution, but also improves resource utilization, reduces production costs, and has good economic and environmental benefits

2、 The process flow of the regeneration hollow manufacturing method proposed in this article mainly includes the following steps: 

1 Material recycling: Collect raw materials for chemical production such as waste plastics and rubber

2. Cleaning treatment: Clean the recycled materials to remove surface oil and impurities

3. Crushing treatment: Crush the cleaned material into small pieces for convenient subsequent processing

4. Mixing of ingredients: According to the requirements of the product, mix different types of recycled materials in a certain proportion and add necessary additives

5. Extrusion molding: The ingredient mixture is passed through the extruder head to form a hollow structure of the recycled product

6. Cooling and shaping: Cooling and shaping the recycled products formed by extrusion to ensure their shape and size stability

7. Quality inspection packaging: Conduct quality inspection on recycled products, and package qualified products for easy transportation and use

3、 Advantages of Regenerative Hollow Manufacturing Method 

1 Improving resource utilization: By recycling waste chemical products to produce raw materials, effective utilization of resources can be achieved and resource utilization efficiency can be improved

2. Reduce production costs: Using recycled raw materials to prepare hollow products can reduce raw material costs and improve the economic benefits of enterprises

3. Environmental sustainability: The recycled hollow manufacturing method helps to reduce the pollution of waste materials to the environment and meets the requirements of sustainable development

4、 The application fields of regenerative hollow manufacturing method can be widely applied in the fields of chemical industry, building materials, packaging, etc., for the production of various hollow products, such as pipes, containers, bottle caps, etc. These recycled products have similar performance and characteristics to native products, but may have slight differences in certain aspects, so specific requirements need to be selected when using them

5、 Conclusion: The regenerated hollow manufacturing method is a production method with high economic and environmental benefits, which can improve the utilization rate of chemical raw materials, reduce production costs, and provide support for sustainable development. In practical applications, it is necessary to select suitable regeneration hollow manufacturing methods based on specific requirements and conditions to ensure product quality and efficiency.