With growing environmental awareness and the advancement of the circular economy, the use of fiber materials such as PET (polyester) and PA (nylon) is becoming increasingly widespread, and the recycling and reuse of these waste materials has become a focus of industry attention. However, the recycling of PET/PA fabric, fibers, and filaments is not an easy task, and traditional processes often face many challenges. Against this backdrop, ACERETECH's DTS series plastic shredders and their innovative disk frictional agglomeration technology provide an ideal solution for efficient and cost-effective PET/PA fabric/fiber/filament recycling and agglomerating.
ACERETECH DTS Series Shredder: A Front-End Guarantee for Efficient Shredding
The ACERETECH DTS Series plastic shredder was developed for the shredding challenges in PET/PA fabric/fiber/filament recycling. This equipment is specifically designed for processing flexible materials.
When recycling PET/PA fabric, fibers, and filaments, companies often encounter the following challenges:
* Complex material form and difficult pre-treatment: Fabric, fiber bundles, and filaments are typically large, loose, or highly flexible. Direct pelletizing process can easily cause entanglements and blockages, impacting the continuous and stable operation of the equipment. High melt viscosity and high processing energy consumption: Both PET and PA have high melt viscosities. Traditional pelletizing processes typically require high melt temperatures, which not only results in significant energy consumption but can also cause material degradation at high temperatures, impacting the quality of the recycled pellets.
* Poor dispersion and difficulty ensuring pellet uniformity: Inadequately shredded fibers or filaments are difficult to evenly disperse during the melt process, resulting in uneven pellet sizes and even defects such as fisheyes, which impact subsequent processing performance.
* Cost pressure and need for improved economic efficiency: Traditional recycling processes are lengthy, energy-intensive, and require significant equipment maintenance, resulting in high production costs for recycled pellets and weakening their market competitiveness.
Conveyor Belt
Conveyor Belt Width Approximately 800mm: The conveyor belt can stably transport large fabrics, fiber bundles or filaments, ensuring that the materials are evenly and continuously fed into the crushing chamber, effectively preventing material accumulation or uneven loading.
Conveyor Belt Motor Power 3.0KW: The powerful and stable power source ensures reliable operation of the conveyor belt under varying load conditions, providing a continuous material supply to the shredder.
Conveyor Belt Base Material PVC: PVC (polyvinyl chloride) conveyor belts offer excellent wear resistance and flexibility, adapting to the characteristics of a variety of recycled materials, ensuring efficient and durable conveying, and reducing maintenance frequency.
DTS Series Shredder
The DTS series shredder uses the powerful shearing action between sharp rotating blades and fixed fixed blades to initially shred large pieces of PET/PA fabric, fiber, and filament into smaller pieces, laying an excellent foundation for the subsequent frictional agglomerating process and effectively solving the problems of complex material forms and difficult pre-processing.
Friction Agglomerator
Friction Agglomeration Technology: The Core of Energy-Saving and High-Efficiency Agglomerating
After shredding, ACERETECH innovatively utilizes the Friction Agglomerator technology, which is the core of this equipment's low-cost, high-quality agglomerating. Its operating principle is unique:
The core of friction agglomeration technology is to generate heat through mechanical friction between the internal rotor and the material without using additional heating, soften the material in a state lower than the actual melting point of the material, and then instantly bond and extrude the mold
Crusher
Crushing into Regular flakes: The extruded strands then enter a crusher for crushing and precise cutting into customer's desired flakes size.
Advantages of Friction Agglomeration Technology
ACERETECH's friction agglomeration technology offers the following significant advantages over traditional agglomerating processes:
Significantly Reduced Energy Consumption: Relying on mechanical friction to generate heat, no need for additional heating, significantly reduces electricity consumption and directly lowers production costs.
Reduced Material Degradation: Softening the material at a temperature below its actual melting point effectively avoids oxidation and degradation caused by high temperatures, ensuring the high performance and purity of the recycled pellets.
Simplified Process Flow: Efficiently integrating shredding, agglomerating, extrusion, and crushing processes shortens the production process and improves efficiency.
High output : Because the material is fully in softened state, with final uniform rigid flakes form, making them suitable for subsequent high output plastic pelletizing processing.
Conclusion
The recycling and agglomerating of PET/PA fabrics, fibers, and filaments is a crucial step in achieving a circular economy. The ACERETECH DTS series plastic shredder, combined with its unique friction agglomeration technology, successfully solve many pain points of traditional recycling methods through efficient DTS shredding and crushing and energy-saving agglomerating process. This provides an efficient, low-cost, and high-quality green path for the resourceful utilization of PET/PA waste. This not only helps companies reduce production costs and enhance market competitiveness, but also contributes significantly to the sustainable development of the textile and plastics industries. Choosing ACERETECH solutions means choosing a smarter, more environmentally friendly, and more cost-effective recycling future.