How Densimetric Separators Work in Waste Management

Densimetric separators are devices used to classify materials according to their density. Their operation is based on the difference in weights between the elements, which allows efficient separation in various industrial environments. These systems can operate with air, depending on the separation method chosen. They are essential in waste management and recycling processes, helping to optimize material recovery. In this article we will discover how densimetric separators work in waste management.

Principles of Operation of Densimetric Separators

Densimetric separators are based on physical principles to classify materials by density, using air flows. These methods enable efficient separation of components in various industrial and recycling applications.

Use of Air in Separation

The operation of densimetric separators is based on the use of as separation media, each with its own specific techniques.

Air Flow Separation

Air separation involves the incorporation of a system of conveyor belts and pressurized air generators. This method allows sorting of light materials, such as paper and plastic, which are lifted by the air flow, while denser materials fall onto a different belt.

Importance of Density in Separation

Density is a crucial factor in the operation of densimetric separators. As materials are analyzed, differences in density allow clear criteria for their separation to be established. This optimizes sorting processes, improving the quality of recovered materials and facilitating their further treatment in recycling and production industries.

Separation Technologies and How They Work

Separation technologies are fundamental to optimize the material sorting process. These techniques allow a more accurate and efficient separation, adapting to different types of waste and their characteristics. The main systems used are detailed below.

Conveyor Belt Systems

Conveyor belt systems are essential in densimetric separators. These belts allow the continuous transport of materials throughout the separation process. They are designed to operate at various inclines and lengths, adapting to the specific workflow of each installation. The belts facilitate the homogeneous distribution of materials, which is crucial for effective separation.

Sorting Tables and Screens

Sorting tables and screens are key tools in the separation process. These devices help classify materials according to their physical characteristics and densities.

Disc Screens

Disc screens use a system based on rotating discs that classify materials according to their size. These screens are ideal for separating particles of different dimensions, improving efficiency in the classification of various wastes.

Advanced Technology Applications

The incorporation of advanced technologies in densimetric separators allows for more accurate sorting. Technologies such as image analysis and density sensors have revolutionized the operation of these systems. These innovations not only improve efficiency, but also increase the quality of separated materials, helping to optimize production processes related to waste management.

Applications in Waste Management

Densimetric separators play a crucial role in waste management, facilitating the sorting and recycling of various materials. Their use in various applications contributes to a more efficient and sustainable management of resources.

Solid Waste Recycling

In recycling plants, densimetric separators are essential for the correct classification of the solid waste stream. Through processes that take advantage of the difference in density, it is ensured that recyclable materials are separated from those that are not. This separation process includes:

  • Paper and cardboard, which are sorted for subsequent recycling.
  • Plastics, which are separated for reuse.
  • Metals, which are extracted to be treated in recovery processes.

Construction Waste Separation

In the construction industry, densimetric separators are used to classify debris generated during construction sites. This separation facilitates the recovery of recyclable materials, such as:

  • Concrete that can be reused in new construction.
  • Metals that are recyclable and contribute to the sustainability of the sector.
  • Non-recyclable materials that can be managed more efficiently.

Role in the Circular Economy

Densimetric separators also facilitate the transition to a circular economy. By optimizing the recycling and reuse of materials, they contribute to reducing the volume of waste. This approach supports:

  • The decrease in the extraction of natural resources.
  • The reduction of pollution generated by waste.
  • The promotion of sustainable practices in various industries.

Advantages and Benefits of Densimetric Separators

Densimetric separators offer multiple advantages that positively impact the efficiency of recycling processes and environmental sustainability. Some of their main benefits are detailed below.

Improved Sorting Efficiency

These automated systems optimize material separation, increasing the speed and accuracy of the process. Notable improvements include:

  • Faster waste sorting, reducing processing times.
  • Minimization of sorting errors, ensuring more effective recovery of recyclable materials.
  • Adaptability to different waste streams, allowing its use in various industries.

Contribution to Recycling and Sustainability

Densimetric separators play a crucial role in driving the circular economy, facilitating recycling. Their contributions are:

  • Increased quantity of recycled materials, which reduces pressure on natural resources.
  • Improving the quality of recovered materials, making reuse processes more viable.
  • Reduction of waste in landfills, contributing to a cleaner environment.

Cost Reduction and Quality Increase

The implementation of densimetric separators not only optimizes the process, but also generates direct economic benefits:

  • Decreased long-term operating costs due to their efficiency.
  • Improved materials management, resulting in maximized recycling revenues.
  • Raised quality standards for recycled products, making them more competitive in the marketplace.

Challenges and Future Trends in Densimetric Separation

Densimetric separation faces multiple challenges and opportunities that will shape the future of this technology. These challenges need to be addressed to ensure effective and sustainable sorting in waste management.

Challenges in Density Variations

Variations in the density of recyclable materials are a significant challenge in the separation process. Factors such as heterogeneous waste composition and non-uniformity in particle size make accurate sorting difficult. Some of the main challenges include:

  • Identification of materials similar in density that require more sophisticated techniques for separation.
  • Development of adaptive systems that can adjust in real time to changes in waste stream composition.
  • Optimization of air settings to maximize efficiency in separating narrower density ranges.

Technological Innovations in Separator Technology

Technological advances are transforming the way densimetric separators operate. The implementation of innovative technologies promises to improve process efficiency.

Artificial Intelligence Integration

Artificial intelligence is emerging as a key tool in optimizing densimetric separation. This technology can:

  • Analyze real-time operating data to immediately adjust separation parameters.
  • Predict patterns in material variability, enabling a more agile response to changes in composition.
  • Facilitate machine learning to improve classification accuracy over time.

Adaptation to New Regulations

Evolving regulatory frameworks also pose challenges. Densimetric separators must be in compliance with increasingly stringent environmental regulations that seek to improve sustainability in waste management. This requires:

  • Investment in cleaner and more efficient technologies that minimize environmental impact.
  • Development of strategies that not only focus on separation, but also on improving the quality of recycled materials.

Are you looking for high efficiency densimetric separators to optimize your recycling processes? At Reverter Industries, we have custom-designed equipment to meet the specific needs of your operation. Our team of experts is ready to assist you in selecting the perfect solution. Contact us today and take the next step towards more efficient and sustainable recycling!

How to Choose Recycling Equipment: Complete Guide

How to Choose Recycling Equipment: Complete Guide

Cómo Elegir Maquinaria para el Reciclaje

Choosing the right recycling machinery is a critical step in the waste management process, as a well-informed choice can optimize resources, reduce costs and contribute significantly to a company’s sustainability. This comprehensive guide addresses the key factors to consider when selecting recycling equipment, the types of machinery available and how a strategic selection can boost the profitability and sustainability of your recycling operations. Find out how to choose recycling machinery below.

Key Factors to Consider in the Selection of Recycling Equipment

Type of Material to Recycle

The first step is to define the type of waste to be processed by the machinery. Each type of material – be it paper, metals, plastics, organic waste, or industrial waste – has characteristics that require specific equipment to achieve efficient recovery. For example, primary and secondary shredders are essential for bulky waste such as wood, while densimetric and magnetic separators are essential for metallic materials.

Production capacity

Another important factor is the amount of waste expected to be processed per hour or day. The production capacity should be proportional to the operational demands of the plant. Choosing a machine of adequate capacity ensures that recycling processes are efficient and continuous, with no downtime due to overloading.

Available Space

It is critical to evaluate the space available in the plant for machinery and to ensure efficient workflow. For companies with limited areas, there are compact or modular equipment options that can optimize space.

Energy Consumption

Sustainability is one of today’s top priorities, so opting for energy-efficient machinery can be a long-term advantage. Recycling equipment with advanced technology not only reduces energy costs, but also lowers the carbon footprint of operations.

Ease of Maintenance

Maintenance costs and times should be evaluated, as machines that require fewer interventions and are easy to maintain help reduce operational downtime and associated costs. Reliable suppliers often offer after-sales support and preventive maintenance programs to maximize equipment life.

Types of Recycling Machinery and their Application

Shredders and Granulators

Primary and secondary shredders play an essential role in reducing the size of waste to facilitate its subsequent treatment.

  • Primary Shredders: They are used to break down bulky materials into more manageable fragments. They can process waste such as wood, MSW (municipal solid waste), and industrial materials.
  • Secondary Shredders: They perform a finer and more homogeneous shredding, ideal for waste such as plastics and wood, in preparation for compaction or granulation process.

Densimetric and Magnetic Separators

Densimetric and magnetic separators are essential for separating recyclable materials according to their density or magnetic properties.

  • Densimetric Separators: Used primarily to separate heavy materials from light materials, densimetric separators are effective in sorting plastics, paper, metals, and RDF (refuse derived fuel).
  • Magnetic Separators: This equipment allows the extraction of ferrous materials and is ideal for recycling plants that process metals or industrial waste.

Conveyor Belts and Conveyors

Conveyor belts and conveyors are essential for the movement of materials within the recycling plant.

  • Belt Conveyors: Facilitate the continuous transport of materials from one point to another and are adaptable to various lengths and capacities.
  • Metal Slat Conveyors: Offer a robust structure for the transport of heavy materials, such as scrap metal or industrial waste.

Screens and trommels

Screens and trommels allow the separation of materials according to their size.

  • Vibrating screens: Used to separate finer particles, such as dust and light particles, which are common in industrial and domestic waste.
  • Trommels: These are rotating cylinders that classify materials by size through continuous screening and are useful in plants that process MSW or industrial waste.

Dosing Equipment

Dosing systems help regulate the flow of materials in the recycling line, optimizing the feeding process of shredders and conveyor belts.

  • Dosing feeders: They guarantee a continuous and controlled feeding of materials, especially useful in industrial recycling applications where precision is required.

Impact of Good Machinery Selection on Profitability and Sustainability

The right selection of recycling machinery can transform the profitability and sustainability of an operation:

  • Process Optimization: Efficient machinery speeds processing time and reduces operating costs by optimizing material flow and minimizing waste.
  • Carbon Footprint Reduction: Modern recycling machinery allows materials to be recycled and reused, thereby reducing natural resource extraction and associated emissions.
  • Reduced Operating Costs: Recycling machinery that processes materials locally and efficiently reduces transportation and waste disposal costs, increasing overall profitability.

Steps to Implementing an Efficient Recycling Line

  1. Needs Analysis: Identify the type and quantity of material to be recycled, as well as the desired output specifications (e.g., granular plastics, metals, paper).
  2. Space and Logistics Assessment: Determine available space for machinery and optimal layout for material flow.
  3. Supplier Selection: Working with machinery suppliers that offer technical support and preventive maintenance is key to ensure continuous plant operation.
  4. Personnel Training: Personnel must be trained in machinery operation and maintenance, as well as best safety practices.
  5. Preventive Maintenance: Implement a regular maintenance program to maximize equipment life and avoid unplanned downtime.

Innovation and New Opportunities in the Recycling Industry

The recycling industry is constantly evolving, driven by innovative technologies that optimize efficiency and sustainability:

  • Automation and Robotics: Robotic sorting systems and process automation reduce the need for human intervention and increase accuracy.
  • Complex Materials Recycling: New technologies are enabling recycling of complex materials such as lithium batteries, construction and demolition waste, and wind turbine blades.

Conclusion

Choosing the right recycling machinery is a strategic decision that directly impacts the efficiency and sustainability of your operations. By considering factors such as material type, throughput capacity, energy consumption and ease of maintenance, you can maximize throughput and minimize costs. In addition, taking advantage of technological innovations and automation opportunities can position your company at the forefront of sustainable recycling.

If you are looking to improve your processes, purchasing high-quality recycling machinery is the key. Contact us and discover the perfect solution for your company.

Maintenance of Industrial Waste Shredders: Keys to their Durability

Maintenance of industrial waste shredders is essential to ensure their efficient operation and prolong their service life. Proper maintenance contributes to safety, productivity and sustainability in waste management. There are different types of maintenance, such as ordinary and extraordinary maintenance, to address the specific needs of these machines. It is essential to establish standardized procedures and train personnel to optimize performance and minimize the risk of failure.

Importance of Maintenance of Industrial Shredders

Maintenance of industrial shredders is essential to ensure their effective operation and prolong their useful life. This process contributes to the optimization of resources and compliance with current waste management regulations.

Efficiency and Sustainability in Waste Management

Properly maintained shredders can operate at their maximum capacity, resulting in significant cost reductions and more efficient use of resources. Good maintenance not only preserves the proper functioning of the machinery, but also positively affects organized sustainability.

  • Promotes effective recycling of materials.
  • Reduces the volume of waste reaching landfills.
  • Contributes to the circular economy by maximizing the reuse of resources.

Impact on Safety and Productivity

Keeping shredders in optimal condition is also critical to ensure operator safety. Well-maintained machines are less prone to unexpected failures, which decreases the risk of workplace accidents.

  • Reduces injuries caused by machinery malfunctions.
  • Increases productivity by minimizing downtime.
  • Provides a safer and more efficient work environment.

Types of Shredder Maintenance

Crusher maintenance falls into two main categories: ordinary maintenance, which includes routine activities, and extraordinary maintenance, which is carried out according to the specific conditions of the machine.

Ordinary Maintenance

This type of maintenance is essential to maintain optimal shredder performance. It includes several important tasks:

  • Lubrication Check: It is critical to ensure that oil levels in the gearboxes and bearings are adequate. Proper lubrication prevents wear on parts and contributes to smooth operation.
  • Component Cleaning: Critical areas, such as intermediate seals and spaces between crushing chamber bulkheads, should be cleaned on a regular basis. This prevents buildup that can cause malfunctions.
  • Checking Cutting Tools: Blades should always be properly adjusted. Loose blades can interfere with each other, which can cause significant damage and decrease the efficiency of the machine.
  • Blade Wear Control: Monitoring the condition of blades is vital. A sharp edge optimizes productivity, while a worn edge can drastically reduce shredding performance.

Extraordinary Maintenance

Extraordinary maintenance is carried out in situations that require more critical interventions:

  • Emergency Repairs: When there is deep wear, some parts may require immediate replacement to prevent further damage to the machine.
  • Thorough Overhauls: After a period of heavy use, it is advisable to perform detailed inspections to ensure that all components are in good condition and prevent unexpected failures.
  • Technology Upgrades: Integrating new technologies can be beneficial. Incorporating modern parts helps improve both the efficiency and safety of the equipment.

Implementing standard procedures is essential to ensure optimal operation of industrial shredders. This systematic approach allows for more efficient maintenance management and helps prevent unexpected failures.

Standard Maintenance Procedures

Maintenance Planning

Maintenance planning should establish a rigorous schedule that includes specific weeks and frequencies for carrying out activities. It is crucial that this plan is flexible and adapts to operating conditions and machine usage. The assignment of responsible parties and the inclusion of necessary resources are fundamental to the success of this stage.

Staff training

Ongoing staff training is vital to ensure that all operators and technicians understand best practices in equipment operation and maintenance. Training sessions on maintenance procedures, problem identification and safe operation should be conducted to reinforce a culture of safety and efficiency on the job.

Maintenance Records

Keeping detailed records of all maintenance activities is critical for monitoring and continuous improvement. These records should include:

  • Dates of maintenance performed.
  • Procedures performed.
  • Observations and recommendations for future interventions.

A good record keeping system facilitates the identification of patterns and makes it possible to anticipate future needs.

Failure Analysis

When a failure occurs, it is necessary to conduct a thorough analysis to determine the root cause. This procedure helps to understand recurring failures and implement effective solutions. Identifying and correcting the underlying causes can prevent similar problems in the future, improving equipment reliability.

Importance of Safety in Crusher Maintenance

Safety in shredder maintenance is essential to prevent incidents and ensure a safe working environment. The correct implementation of preventive measures can significantly reduce the risk of workplace accidents.

Prevention of Occupational Injuries

Industrial crushers, due to their operation and design, present potential hazards. Proper injury prevention is key to protecting operatives. Common injuries include:

  • Cuts and abrasions from contact with sharp components.
  • Mechanical accidents during operation and maintenance.
  • Injuries from falls in disorganized work areas.

Establishing safety protocols and ongoing training on the safe operation of machinery helps to minimize these risks. The use of personal protective equipment (PPE) is also essential.

Safety Regulations for Industrial Shredders

Compliance with safety regulations is crucial in the industrial environment. Among the regulations to be followed, the following stand out:

  • Specific European Union regulations on machinery.
  • Codes of good practice in the operation and maintenance of shredding equipment.
  • Occupational safety standards aimed at protecting workers.

Adhering to these regulations not only ensures a safer environment, but also fosters a safety culture within the organization. Regulatory training is a must for all employees involved in maintenance.

Conclusion

In conclusion, proper maintenance of industrial waste shredders is essential to ensure the efficiency, safety and durability of this equipment in recycling plants. The implementation of a structured maintenance plan, including both ordinary and extraordinary interventions, allows optimizing the performance of the machinery and reducing the risk of failures. In addition, training personnel in maintenance and safety best practices ensures a safer and more productive working environment. With a systematic and preventive approach, recycling plants can maximize their investment in industrial shredders, contributing to a more sustainable and profitable waste management.

If you need to optimize your recycling process, purchasing an industrial recycling shredder is the perfect solution. Contact us and find the ideal equipment for your business.

The importance of trommels in recycling

In recycling plants, trommels have emerged as essential components to optimize the separation and classification of materials, adapting to a range of needs and promoting more efficient and organized waste management processes. Their versatility makes them not only key tools for a circular economy but also facilitates sustainability within the sector.

The importance of trommels in waste management

The large amount of waste generated today demands more effective management methods. In this context, trommels enable efficient sorting and organizing of waste, which prevents cross-contamination and improves resource recovery rates, thus reducing pressure on landfills.

Efficiency in the classification process

The rotating design of trommels is crucial for their efficiency: it allows the simultaneous sorting of materials of different sizes, optimizing workflow in recycling plants. Additionally, the ability to separate materials from the outset reduces costs associated with handling contaminated waste and improves the quality of recycled materials.

Application versatility

The versatility of trommels is highlighted by their ability to process a variety of materials, from organic waste to metals. This makes them suitable for use in different sectors and applications, such as composting, mining, and electronics recycling. Thanks to this flexibility, trommels become a profitable and sustainable investment for any recycling plant.

Reduction of operating costs

A significant advantage of trommels is cost reduction. Proper sorting from the beginning of the process decreases the time and resources needed to manage mixed or contaminated materials. This represents an improvement in the economic efficiency of recycling plants, fostering a more competitive and sustainable industry.

Conclusion

Trommels are an effective response to the challenges of modern waste management. Their capacity to increase efficiency, adapt to diverse needs, and reduce costs consolidates them as essential elements in the advancement toward a circular economy and more responsible waste management. Contact us for more information.

Video Tromel Web

Optimize your sorting process with our recycling trommels. Contact us and find the ideal machinery for your project.

Husmann Crushers: German Technology in Waste Management

Waste management is a key process in various industries, from recycling to construction and urban waste management. In this context, shredders play a crucial role in reducing the volume of materials, making them easier to handle, transport, and process. This type of machinery is essential for companies looking to optimize their operations, reduce costs, and contribute to environmental sustainability.

In the world of shredders, Husmann stands out for its cutting-edge technology, precision in manufacturing, and durability. With decades of experience, Husmann Zerkleinerungstechnik has become synonymous with German engineering quality, producing machines designed to operate in the most demanding environments and capable of handling a wide range of materials, from industrial waste to metals, plastics, and wood.

The importance of crushers in waste management

Shredders are essential for companies dedicated to waste management, recycling, and other industries that need to reduce the size of materials before processing. The main advantages of shredders include:

  • Volume reduction: By shredding large materials, handling and storage become easier, which reduces operational costs.
  • Recycling preparation: Shredders break down large materials into smaller pieces that can be easily processed in recycling plants.
  • Increased efficiency: Advanced shredding systems allow for continuous processing of materials, reducing downtime and increasing productivity.

In short, having high-quality shredders not only improves process efficiency but also promotes more responsible waste management, encouraging recycling and sustainability.

Why choose Husmann crushers?

German engineering is renowned for its precision, durability, and innovative design. In this sense, Husmann is no exception. Husmann shredders are synonymous with high technology applied to waste management. Some of the reasons why this brand has become a leader in the sector are:

  • Reliability and durability: Built to withstand the harshest conditions, Husmann shredders are made from the highest quality materials, ensuring a long service life.
  • Advanced technology: Equipped with efficient engines and control systems that make even the most complex operations safe and easy.
  • Customization: Each shredder can be equipped with various accessories and configurations that adapt to specific customer needs, optimizing performance based on the type of material being processed.
  • Sustainability: Thanks to their energy efficiency, Husmann shredders help reduce environmental impact by optimizing energy use and minimizing emissions.

Husmann shredders are designed to handle a wide range of materials, making them ideal for industries such as urban waste management, wood and plastic recycling, and construction debris shredding. Below, we detail the features of two of the most notable models: Husmann HL I and Husmann HL II.

Husmann HL I Crusher: Single-shaft solution for multiple applications

The Husmann HL I is a single-shaft shredder, ideal for operations requiring precision and power. This equipment is designed to handle materials efficiently, ensuring uniform and high-quality shredding.

Technical specifications of the Husmann HL I

  • Type: Single-shaft HL I 1222 shredder with hook.
  • Year of manufacture: 2024.
  • Feed opening: 1,750 mm x 1,560 mm.
  • Engine: CAT C9.3 EURO V with 280 KW power.
  • Total weight: Approximately 22,500 kg.

Included accessories

The Husmann HL I is equipped with several accessories that optimize performance and make maintenance easier:

  • Reversible fan, preventing dust and dirt accumulation in the engine.
  • Screen grid, allowing adjustment of shredded material size.
  • Maintenance doors, providing easy access to internal parts for inspections and repairs.
  • Remote control for safe and efficient operation.
  • Ejection door for easy discharge of materials.
  • Hydraulically foldable hopper, optimizing material loading.
  • Neodymium magnet separator, effectively separating metals.
  • Lifting axle and centralized lubrication to optimize performance and durability.
  • Extended discharge conveyor, increasing operational flexibility.

Applications of the Husmann HL I

The Husmann HL I is ideal for shredding materials like wood, industrial waste, plastics, and light metals. Its 280 KW engine allows it to process large volumes of material in continuous cycles, making it an efficient choice for companies needing to handle large quantities of waste quickly and effectively.

Husmann HL II Crusher: Double-shaft for greater robustness

The Husmann HL II is a double-shaft shredder designed to handle tougher, more difficult materials, such as construction debris and industrial waste. This model is ideal for those needing greater processing capacity and durability.

Technical specifications of the Husmann HL II

  • Type: Double-shaft HL II 1622 shredder with hook.
  • Year of manufacture: 2023.
  • Feed opening: 1,750 mm x 1,560 mm.
  • Engine: CAT C13 EURO V with 370 KW power.
  • Total weight: Approximately 24,000 kg.

Included accessories

The Husmann HL II is also equipped with a range of accessories that maximize operational capacity:

  • Reversible fan, keeping the engine clean and functional.
  • Remote control, allowing safe remote operation.
  • Internal ejection doors, facilitating the expulsion of shredded materials.
  • Hydraulically foldable hopper, making it easier to load large volumes of material.
  • Neodymium magnet separator, for efficient metal separation.
  • Counter blade, increasing shredding efficiency.
  • Discharge conveyor, improving post-processing material management.

Applications of the Husmann HL II

This model is specially designed to handle tougher materials like construction debris, industrial waste, and other bulky refuse. Its double-shaft design allows for greater processing capacity, making it the ideal choice for companies dealing with large quantities of difficult-to-shred materials.

Take advantage of our special offer: Husmann Crushers with immediate availability

Now that you’ve learned about the features and advantages of the Husmann HL I and HL II shredders, it’s important to highlight a unique opportunity: both models are available immediately, without the usual wait times that accompany this type of machinery.

Thanks to our privileged relationship with Husmann Zerkleinerungstechnik, we can offer you these high-end shredders without delay, allowing companies to start optimizing their waste management operations right away. This is key because the demand for Husmann shredders is usually very high due to their reputation and quality, which normally leads to long waiting lists.

Additionally, we are offering competitive prices, giving you the opportunity to acquire state-of-the-art equipment at a very advantageous cost compared to standard market offers. Not only will you be investing in high-quality machinery, but you’ll also see a return on investment in the short term by optimizing your waste management operations.

Don’t miss this opportunity

If you’re looking to improve your company’s waste management or recycling efficiency, the Husmann HL I and HL II shredders are the perfect solution. Contact us today to secure one of these machines before they run out. Don’t miss the opportunity to acquire cutting-edge German technology with immediate availability at an unbeatable price.

Your company and the environment will thank you.

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Central

Address: Camí de Vinaròs, s/n 43530 Alcanar, Tarragona (España)

Phone: +34 977 73 00 71

E-mail:info@reverterindustries.com

O. Technical/ Commercial

Address: Carrer d’Esrnest Lluch, 32 (TCM2) 08302 Mataró Barcelona (España)

Phone: +34 937 424 634

E-mail: info@reverterindustries.com

Our Machinery

Conveyor Belt
Conveyors
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Dosing Systems 
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