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High speed pelletizer is a device that directly granulates discarded thermoplastic films and products with a wall thickness of less than 2 millimeters. It can pelletize discarded products or films of soft polyvinyl chloride, high and low pressure polyethylene, polystyrene, polypropylene, and other thermoplastic plastics, as well as waste products of foamed polystyrene.
After the waste is put into the machine pot, it is quickly cut into pieces by the high-speed rotating blade and the shear effect of the fixed blade. The shredded material or pieces flow along the wall of the pot under the centrifugal force of the rotating blade, and under the action of the slurry, the material flips up and down, moving from all sides towards the center of the pot. Due to the friction between the materials themselves and the friction with the pot wall and blade at high speed, a large amount of frictional heat is generated, causing the temperature of the materials to quickly rise to a semi plasticized state and adhere to each other into small pieces.
Before the material is about to clump, spray all the pre prepared quantitative water into the material. When cold water encounters hot material, it quickly vaporizes, taking away the surface heat of the material. This causes the surface of the material to cool sharply to prevent clumping. Then, through the crushing effect between the rotating blade and the fixed blade, it is cut into particles (irregularly sized particles). During the chopping process, appropriate pigments can also be added as needed for coloring.
PS:The granules produced by this machine can be directly used for extruders and injection machines. For products with strict requirements, they can also be extruded and granulated first, then plasticized and granulated before use.
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Prospects and advantages of the plastic recycling industry
1. Environmental protection
Pollution Mitigation: Plastic recycling plays a crucial role in significantly reducing environmental pollution caused by plastic waste, thereby protecting our vital land and water resources from harm.
Resource Conservation: By embracing recycling and reusing of plastics, we can substantially decrease the demand for new plastic production, conserving precious non-renewable resources like oil.
2. Policy support
Government Promotion: Governments worldwide are taking significant steps towards environmental preservation by rolling out policies and regulations that bolster the growth and development of the plastic recycling sector.
Economic Incentives: Various nations offer enticing tax breaks and subsidies to plastic recycling enterprises, invigorating the industry's expansion.
3. Market demand
Enterprise Demand: The rise in eco-consciousness among businesses is prompting a shift towards the use of recycled plastics, aiming to minimize environmental impact.
Consumer Preference: As the consumer market increasingly favors eco-friendly products, there is a rising willingness to pay a premium for items crafted from recycled materials.
4. Technological progress
Cutting-edge Recycling: Continuous advancements in recycling technology ensure processes are becoming increasingly efficient, cost-effective, and deliver superior quality.
Innovative Applications: Groundbreaking developments in materials and processes are expanding the use of recycled plastics into new areas like construction materials and textiles.
5. Global Trends
Global Partnerships: Worldwide, environmental organizations and businesses are forging alliances to collectively advance the plastic recycling industry.
Standardization: The establishment of international standards is enhancing the quality of recycled plastics and facilitating their integration into the global market.
The plastic recycling industry is poised for tremendous growth and opportunity, offering remarkable benefits such as pollution reduction, resource conservation, and receiving robust support from both governmental policies and consumer markets. With ongoing technological innovations and strengthened global alliances, the future of plastic recycling shines brightly.
Q: What is the difference between single axis, double axis, and four axis shredders?
A: Single Axis ShredderIdeal for handling materials with high hardness and density, like PP/PE head materials and rubber.
Double Axis ShredderPerfectly suited for tackling larger and tougher materials such as car bumpers and large barrels, utilizing dual interlocked blade shafts for efficient cutting.
Four Axis ShredderPrimarily used for the intricate fine-crushing of high-yield, ultra-tough materials like metal composite plastics.
Q: How much plastic can be processed per hour?
A: Optimize your recycling operations with our Small Shredder, designed for efficiency and precision. Capable of processing 100-500KG per hour, it is the ideal solution for small-scale recycling factories or laboratories seeking unparalleled performance.
Discover the power of our Medium Sized Crusher, delivering an impressive 500-2000KG per hour. Perfectly crafted for medium to large recycling plants, this machine seamlessly blends robust performance with efficiency, ensuring your operations run smoothly and effectively.
Unlock the potential of high-volume recycling with our Large Crusher, boasting a capability exceeding 2000KG per hour. This powerhouse demands a high-power motor and integrates effortlessly with an automated feeding system, making it indispensable for large-scale operations.
Q: What factors influence the production capacity and efficiency of our machines?
A: The production capacity hinges on several critical factors including the material's hardness, size, the sharpness of the blades, and the rotational speed. All these elements work in harmony to ensure optimal performance.
Q: Are the blades used in your machines crafted for durability and resistance to wear?
A: Our blades are engineered for excellence, constructed from premium materials like 9CrSi, SKD-11, or D2 with a hardness rating of 58-62. While they promise longevity, the actual service life can vary depending on the material's hardness being processed.
Q: How efficient is the process of blade replacement in your machines?
A: The blade replacement cycle is tailored to the material being processed. For soft plastics such as PE film, expect a cycle of approximately 12 months. For tougher materials like ABS engineering plastics, replacement is advised every 6 months, ensuring sustained performance.
Q: Can your shredder effectively process plastic containing metal or other impurities?
A: Yes, our shredder can be equipped with a magnetic separation conveyor to isolate metals before shredding. While this prevents damage, hard impurities like iron can still harm the blades, so pre-treatment to remove metal is recommended for optimal performance and longevity.
Join Forces with Us: Chart a Green Path Forward in Plastic Recycling. Embrace innovation and sustainability with our cutting-edge machinery, designed for a future where recycling is not just a necessity, but a norm.
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