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Our vibrating sieves and screen equipment are specially designed to sift through pelletized materials used in plastic production to ensure impurities and defective materials are removed from the production process in real-time.
Plastiger machinery focuses on the design and production of engineering plastics auxiliary machines, such as lifting equipment, drying equipment, dehydration equipment, screening equipment, mixing equipment, feeding equipment, mixing equipment, and granulating equipment. Additionally, we provide outstanding upgrading and transformation services for the existing engineering plastics production lines of our customers.
Our advantage is not only a supply of equipment, but also the design of comprehensive plastic production plans based on your factory, production line, and production requirements to help you improve the competitiveness of your enterprise.
Tags
granule separation, vibrating classifier, sieving machine
We provide you with one stop solutions answering your needs for efficient plastic processing and increased production capacity.
Our main focuses lie in drying technology, vibration technology, modified plastic production process design, and system integration. Our engineers have rich experience in the production of modified plastics and production process design. We provide customers with plans that take into account each stage of the production line that meets their production needs, including upgrading existing plastic production line components.
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The customer's production line was used to produce nylon with fiberglass. The equipment utilizes a strand pelletizing method, but the particles cannot evaporate the vapor due to the high fiberglass content and low temperature. The moisture content of the particles did not reach the required standards.
The customer uses a suction machine to transport materials, but the material generates a large amount of friction in the conveying process, so it results in a large amount of powder buildup. Additionally, the elbow pipe is easy to wear and cannot cool the material properly.
We have a client in Suzhou, China, who uses a traditional air knife to dehydrate plastic materials. The short contact time and low wind speed of the feed strip and air knife result in low dewatering efficiency. In addition, the long - term contact of wind knife is easily worn down.
