Material introduction

In the process of tire industrial production, a large amount of waste and powder will inevitably be generated. These waste powders are mainly composed of rubber, fiber and steel wire. If they are not treated, they will not only cause environmental pollution, but also waste precious resources. Although the traditional treatment method has achieved reuse through crushing, grinding and other methods, the impurities and foreign matter in the waste powder have caused considerable troubles for subsequent processing.

Customer demand

Waste tire powder often contains impurities and foreign matter, which will affect product quality and production efficiency in the subsequent reuse process. How to effectively remove these impurities

has become a major challenge in the recycling of tire waste.

Solution

In order to solve this problem, we recommend that customers use circular swing screens for screening and impurity removal. The circular swing screen has become an ideal choice for processing tire 

waste powder with its unique swinging motion and efficient screening effect.

In practical applications, we work with customers to use circular swing screens in conjunction with crushers, grinders and other equipment. First, the tire waste powder is crushed and ground into smaller particles by a crusher and a grinder; then, a circular swing screen is used for screening and impurity removal to effectively remove impurities and foreign matter; finally, the obtained pure rubber powder can be used for the production of other industrial products.

Implementation effect

According to customer needs, we recommend the use of a circular swing screen with a diameter of 1600mm, and equipped with screens with different mesh sizes such as 20 mesh, 40 mesh, and 60 mesh. After actual operation, the equipment not only effectively removes impurities and foreign matter in the tire waste powder, but also has high screening efficiency and stable output, reaching the requirement of 2 tons/hour.

Effect feedback

Customer feedback shows that after using the circular tumbler screen, the recycling effect of tire waste powder has been significantly improved, and both product quality and production efficiency have been improved. At the same time, the equipment also reduces production costs, reduces environmental pollution, and realizes the effective utilization and sustainable development of resources.

This case demonstrates its efficient and reliable screening and impurity removal capabilities through the application of the circular swing screen in the recycling process of tire waste powder. With the continuous improvement of environmental awareness and the urgent need for resource recycling, we believe that the circular swing screen will be widely used in more fields and make greater contributions to environmental protection and resource recycling.