Presse à froid pour mousse EPS
Transform bulky EPS, EPE, and EPP foam into manageable, high-density blocks, reducing volume by up to 50 times. An essential solution for large recycling centers, seafood markets, and supermarkets.
Core Values & Key Benefits
High Compression Efficiency
Significantly reduces foam volume with a 1:30 to 1:50 compression ratio, producing dense blocks (150-250 kg/m³).
Traitement polyvalent des matériaux
Effectively handles various foam types including EPS, EPE, and EPP from diverse sources.
Automated & Stable Operation
Features a PLC-based automatic control system for consistent, reliable, and efficient performance.
Space & Energy Saving Design
Integrates shredder, compressor, and hydraulics into one compact unit, minimizing operational costs and footprint.
Operator Safety & Convenience
Designed with an optimal feeding height for easy loading and enhanced operator safety.
Durable & Robust Construction
Built for high-demand environments, ensuring longevity and consistent output (e.g., CF-CP250 model).
How It Works: From Foam Waste to Reusable Material
Our EPS Foam Cold Press Machine streamlines the recycling process through a straightforward and effective mechanism, converting bulky foam waste into dense, manageable blocks.
Alimentation
Operators easily load various foam materials (EPS, EPE, EPP) into the machine’s optimally designed feeding hopper.
Déchiquetage
Powerful internal blades break down large pieces of foam into smaller, more manageable fragments.
Pressage à froid
A robust screw mechanism compacts the shredded foam under high pressure without applying heat.
Sortir
Dense, uniform EPS blocks are extruded, and ready for efficient storage, transportation, or further recycling processes.
Detailed Features & Technical Specifications
Key Features Explained
1. Versatile Material Handling
La presse à froid pour mousse EPS peut traiter différents types de matériaux en mousse, notamment des boîtes en mousse, des panneaux en mousse et d'autres déchets de mousse. Cette polyvalence la rend idéale pour les opérations de recyclage à grande échelle, où divers types de déchets de mousse doivent être traités efficacement.
2. High Compression Ratio
One of the standout features of this machine is its high compression ratio. It can compress EPS foam to a ratio of 1:30 to 1:50, reducing the volume of foam significantly. The end product, EPS foam blocks, can achieve a density range of 150-250 kg/m³. This high compression ratio makes the transportation and storage of foam materials much more efficient and cost-effective.
3. Optimal Feeding Height for Safety and Convenience
La conception de la presse à froid pour mousse EPS comprend une hauteur d'alimentation optimale qui permet un chargement facile et sûr des matériaux en mousse. Cette conception réfléchie garantit que les opérateurs peuvent travailler efficacement sans effort, minimisant ainsi les risques potentiels pour la sécurité pendant le fonctionnement.
4. Automatic Control System
The machine uses a PLC-based automatic control system, ensuring stable and consistent performance. With a well-integrated electrical circuit system, it offers reliable operation with minimal downtime. This automatic control system also reduces the need for manual intervention, making the process more efficient and reducing human error.
5. Energy and Space Efficiency
The EPS foam cold press machine is built to save both energy and space. By integrating all key components, including the shredder, compressor, and hydraulic system into a single machine, operational costs, and space usage are minimized. This compact design is especially beneficial for facilities with limited space.
6. Enhanced Durability and Performance
The CF-CP250 model is specifically designed for high-demand environments, such as large recycling companies or large-scale supermarket chains. It is equipped with two 3kW motors for shredding and a 7.5kW screw motor. The robust design ensures the machine can handle high volumes of foam waste, with an output of 80-120 kg per hour, making it perfect for large operations.
7. Easy Transportation and Handling
After compression, the EPS foam blocks become easier to transport and handle. These blocks are often shaped to a standard size, such as 250mm x 250mm, allowing for easier storage and processing. This reduces the logistical challenges associated with transporting loose foam materials.
Paramètres techniques
| Modèle | CP150 | CP250 | CP380 |
|---|---|---|---|
| Diamètre de la vis | Φ180mm | Φ240mm | φ350mm |
| Taille d'entrée | 500x400mm | 900x600mm | 1000x900mm |
| Vitesse de rotation de la vis | 36 tours | 42 tours | 42 tours |
| Lames de concasseur | 8 ensembles | 9+10 ensembles | 10+11+10+11 ensembles |
| Vitesse de rotation de la lame | 120 tr/min | 120 tr/min | 120 tr/min |
| Moteur principal | 4 kW | 7,5 kW | 15 kW |
| Moteur de concasseur | 2,2 kW | 2,2 kW x 2 ensembles | 2,2 kW x 2 ensembles |
| Moteur hydraulique | NON | 1,5 kW | 1,5 kW |
| Taille de production | 200x200mm | 250x250mm | 380x380mm |
| Poids | 650 kg | 1500kg | 2500kg |
Applications and Product Showcase
The EPS Foam Cold Press Machine is indispensable for businesses handling substantial foam waste. Key applications include large-scale recycling centers, seafood markets, supermarkets, and specialized EPS waste recycling companies.
See the Machine in Action:
Galerie
Why Choose an EPS Foam Cold Press Machine? The CP250 (and other models) offers a practical and cost-effective solution for dealing with EPS foam waste. By improving efficiency in foam waste processing, businesses can reduce waste disposal costs, improve sustainability, and contribute to the circular economy. Additionally, its high-density compression capability makes it easier to handle, transport, and store waste, turning bulky foam into a manageable resource.
Get Your Customised EPS Recycling Solution & Quotation
Contact us today to discuss your specific requirements and let our experts help you find the perfect EPS foam cold press machine for your operations.
Questions fréquemment posées (FAQ)
What types of foam can the EPS Cold Press Machine process?
It can process various foam materials, including EPS (Expanded Polystyrene), EPE (Expanded Polyethylene), and EPP (Expanded Polypropylene), such as foam boxes, boards, and other foam waste products.
What is the achievable compression ratio and final block density?
The machine achieves a high compression ratio of 1:30 to 1:50. The resulting EPS foam blocks have a density range of 150-250 kg/m³.
How does the cold press system benefit recycling?
Cold pressing compresses foam without melting. This means no harmful fumes are produced, energy consumption is lower compared to hot-melt systems, and the material properties of the foam are better preserved for certain recycling pathways.
Are there different models available for various scales of operation?
Yes, we offer models like the CP150, CP250, and CP380, each with different capacities and motor configurations to suit needs ranging from smaller operations to large-scale recycling centres. Please refer to our Technical Parameters table for details.
What support is offered after purchasing a machine?
We provide comprehensive support including guidance on installation, operational training, and after-sales service to ensure your machine operates efficiently and effectively.
For industries dealing with large amounts of foam waste, the EPS Foam Cold Press Machine offers unmatched performance, durability, and efficiency. Incorporating such equipment into your recycling system will not only improve your operational efficiency but also help your company stay competitive in a growing industry focused on sustainability and waste reduction.
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