Broyeur de plastique à usage intensif
Fabricant et usine de machines plastiques à l'échelle mondiale
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OBTENIR UN QUORY
Introduction au système de broyage + convoyage + concassage + recyclage Broyage + convoyage + concassage
Introduction au broyeur de matières plastiques Le broyeur de matières plastiques est un équipement mécanique efficace et multifonctionnel, largement utilisé dans les domaines suivants
Introduction au concasseur à plaques à haut rendement Le concasseur à plaques à haut rendement est un équipement de concassage à haut rendement conçu pour les applications suivantes
Introduction au broyeur de matières plastiques à haut rendement Le broyeur de matières plastiques à haut rendement est un équipement de broyage à haut rendement conçu pour les applications suivantes
Ⅰ. Core Features of Heavy-Duty Plastic Crusher
1. Professional Equipment Positioning and Advantages
Heavy-Duty Plastic Crusher is an industrial-grade equipment designed for processing large-size, high-hardness plastic waste. Compared with ordinary crushers, it adopts a more solid body structure, a higher torque drive system, and a more durable tool configuration, which can easily handle plastic products with a thickness of more than 10mm, large injection molding waste, and composite materials containing reinforced fibers.
2. Intelligent Working Principle and Technological Innovation
The equipment achieves efficient shearing and crushing through the synergy of low-speed, high-torque rotating knife shaft and fixed blade, and is equipped with an intelligent control system with overload protection and automatic reversal functions. The modular design makes daily maintenance and tool replacement more convenient, effectively reduces downtime, and improves production efficiency.
Ⅱ. Analysis of Five Core Advantages
1. Excellent Crushing Performance
It can efficiently process various types of engineering plastics and composite materials, including large injection molding parts, thick-walled containers, and other materials that are difficult to handle with traditional equipment. The special alloy tool design ensures long-term stable crushing effect, and the output particle size is uniform and controllable.
2. Economical and Durable Design
The low-speed, high-torque drive design significantly reduces energy consumption while ensuring crushing efficiency. The heavy-duty welded body is durable, and the repairable tool design greatly extends the service life and reduces operating costs.
3. Safety and Environmental Protection Features
The fully enclosed structure effectively controls noise and dust emissions and meets strict industrial safety standards. Equipped with multiple safety protection devices and intelligent monitoring systems to ensure safe and reliable operation.
Ⅲ. Main Application Areas
1. Plastic Recycling
Professional processing of various plastic products, including large materials such as industrial barrels, logistics pallets, pipes, and scraps and sprue materials in the production process, significantly improving the recycling rate.
2. Industrial Waste Processing
Especially suitable for the recycling and processing of special materials such as electronic and electrical housings and automotive plastic parts. It can process mixed waste containing a small amount of metal impurities to meet the recycling needs of different industries.
Ⅳ. FAQ
1. How to judge whether a Heavy-Duty Plastic Crusher is needed instead of an ordinary crusher?
A: When you need to process plastic parts with a thickness of more than 10mm, large injection molding waste, or composite materials containing reinforced fibers, the heavy-duty model is a better choice.
2. Does the equipment need to be adjusted to process different plastic materials?
A: Yes, for plastics of different hardness (such as PP and PC), it is recommended to adjust the tool gap to obtain the best crushing effect.
3. What aspects should be paid attention to in daily maintenance?
A: Regularly check the wear of the tool, clean the screen material accumulation, and keep the lubrication system working properly.
4. How long is the tool life usually?
A: It depends on the type of material being processed. Generally, it can be used continuously for 300-800 hours, and special alloy tools can be repaired and used multiple times.
5. How to control the noise of equipment operation?
A: The low-speed design, soundproof cover configuration, and shock-absorbing base can effectively reduce noise.
6. How to deal with the dust generated during the crushing process?
A: An optional dust removal system or wet crushing process can be used to reduce dust.