Waste cans paint removal equipment production line

Waste cans paint removal equipment production line is an important equipment used to remove the paint on the surface of cans in the metal recycling industry. Its work flow and characteristics are as follows:

1. Work flow


Shredding: First, the waste cans are thoroughly shredded and shredded into fragments for subsequent processing. This step is to increase the contact area between the cans and the paint removal medium and improve the paint removal efficiency.

Paint removal treatment:

Heating and feeding: The continuous paint removal carbonization furnace is heated first. After the temperature reaches the set value (generally 350~600℃), the can fragments are sent into the carbonization chamber through the spiral feeder.

Pyrolysis: In the carbonization chamber, the can fragments undergo pyrolysis reaction at high temperature, and the surface paint is decomposed into oil gas (combustible gas) and pure metal aluminum. This step is the core of the paint stripping process, which separates the paint from the metal through high temperature.

Oil and gas treatment:

Oil and gas dust removal: The oil and gas generated during the paint stripping process are purified by the oil and gas dust removal device to remove impurities in the oil and gas, ensuring that the exhaust gas discharged meets environmental protection standards.

Cooling and sorting:

Cooling: The can fragments that have been stripped are refrigerated and cooled by the automatic discharging device to prevent the aluminum alloy from continuing to oxidize at high temperatures.

Sorting: The cooled fragments are sorted to obtain pure aluminum alloy and other recyclables.

II. Equipment features

High efficiency: The waste can paint stripping equipment line can operate continuously, with a large processing capacity, which greatly improves the recycling efficiency of waste cans.

Environmental protection: No chemical reagents are required during the paint stripping process, avoiding wastewater and exhaust gas pollution. At the same time, the oil and gas generated during the paint stripping process are recycled and reused through the oil and gas recovery system, realizing the recycling of energy.

High degree of automation: The equipment adopts an automated control system, which reduces manual operation links and reduces labor intensity. At the same time, automated control also improves the stability and reliability of the equipment.

Wide scope of application: In addition to waste cans, the equipment can also be used to process other types of scrap metal materials, such as waste cars, waste electrical appliances, etc., and has a certain degree of versatility.

With the increasing awareness of environmental protection and the urgent need for resource recycling and reuse, the waste can paint removal equipment production line plays an increasingly important role in the metal recycling industry. There are multiple brands and models of waste can paint removal equipment on the market, with prices ranging from tens of thousands to hundreds of thousands. The specific price depends on factors such as the specifications, performance and brand of the equipment.


Precautions for recycling and crushing of scrap metal

Precautions for recycling and crushing of scrap metal mainly include the following aspects:

1. Safety issues

Personal protection: When handling scrap metal, be sure to ensure the safety of yourself and others. Wear appropriate personal protective equipment, such as gloves, goggles, protective clothing, etc. to prevent injuries.

Fire and explosion prevention: Scrap metal may contain flammable and explosive substances, so special attention should be paid to fire and explosion prevention measures during the handling process. Avoid operating near high temperatures or open flames, and take appropriate firefighting measures to prevent fires.

Equipment safety: When using equipment such as crushers, ensure that the equipment is in good condition and comply with operating procedures to prevent accidents caused by equipment failure or improper operation.

2. Classification and sorting

Clear classification: There are many types of scrap metal, including iron, aluminum, copper and other types. Before crushing, the classification should be clearly defined to avoid mixed processing that affects recycling efficiency and product quality.

Removal of impurities: Scrap metals may be mixed with non-metallic parts (such as plastics, rubber, etc.) and other impurities. Before crushing, these impurities should be removed as much as possible to improve the purity of the recycled metal.

III. Environmental issues

Pollutant treatment: Scrap metals may be attached with pollutants such as paint and chemicals. Before crushing, the scrap metals should be cleaned as much as possible and these pollutants should be properly handled to prevent pollution to the environment.

Wastewater and waste gas treatment: Wastewater and waste gas may be generated during the crushing process. Strict wastewater, waste gas and solid waste treatment measures should be established to ensure that they meet the discharge standards and reduce the impact on the environment.

IV. Technology and equipment

Advanced equipment: Use advanced crushing equipment and technology to improve processing efficiency and product quality. At the same time, regularly maintain and service the equipment to ensure that the equipment is in good condition.

Technical training: Provide technical training for operators to improve their skill level and safety awareness. Ensure that they are proficient in equipment operation methods and safety regulations.

V. Legality and Compliance

Comply with laws and regulations: When recycling and crushing scrap metals, you must comply with relevant national laws, regulations and policy provisions. Such as the "Scrap Metal Management Regulations" and the "Environmental Protection Law", etc., to ensure legal and compliant operations.

Qualification Certificate: Obtain relevant licenses and qualification certificates, such as scrap metal recycling business licenses, environmental protection emission licenses, etc. Ensure that you have the qualifications and conditions for legal operations.

Six, Other Precautions

Assessment of value: Assess the recycled scrap metals and determine their value. This helps to formulate reasonable recycling prices and treatment plans.

Cooperation and negotiation: Establish cooperative relationships with units or individuals in need to recycle and crush scrap metals. In the process of cooperation, we must pay attention to communication and negotiation, clarify the scope of recycling, price, payment method and other matters, and ensure the interests of both parties.

Scrap metal recycling and crushing requires attention to multiple aspects, including safety, classification, environmental protection, technology and equipment, legality and compliance, and other related matters. Only by comprehensively considering and properly handling these issues can the smooth progress and sustainable development of scrap metal recycling and crushing be ensured.


Principles and advantages of scrap aluminum equipment

Scrap aluminum equipment, such as scrap aluminum crushers and related production lines, play a key role in the recycling and processing of scrap aluminum. The following are the principles and advantages of scrap aluminum equipment, summarized and explained in a clear structure:

1. Principle

Scrap aluminum equipment, such as scrap aluminum crushers, mainly realize the processing of scrap aluminum materials through mechanical crushing and shearing force. When the equipment is working, the scrap aluminum material is first fed into the crushing chamber through the feeding device. Subsequently, the crushing cutter shears, squeezes and impacts the material while rotating at high speed, so that it is gradually broken into small pieces or particles. These crushed aluminum materials are separated by screens, and materials of different particle sizes are collected separately.

For the broken bridge aluminum metal crusher, its working principle is to achieve crushing and forming through the hammer head circulating and kneading. The crushed material will be discharged from the sieve hole at the bottom, and then transported to the magnetic separation area for aluminum and iron separation, so as to extract the renewable metal material.

2. Advantages

Improve recycling rate: scrap aluminum crushing and sorting equipment can effectively decompose and classify scrap aluminum, improve recycling rate, and maximize resource utilization. Through advanced crushing and sorting technology, it can ensure that scrap aluminum is fully recycled and utilized.

Energy saving: Advanced scrap aluminum sorting production line equipment usually adopts energy-saving technology, such as efficient crushing machinery and intelligent sorting system, which can save energy during the production process. This design reduces the energy consumption of the equipment and reduces energy waste.

High resource utilization rate: scrap aluminum crushing and sorting production line can effectively convert waste aluminum materials into reusable resources, which helps to save raw materials and reduce environmental pollution. In this way, the equipment not only recycles aluminum materials, but also reduces the demand for new resources.

Improve production efficiency: Automated scrap aluminum production line equipment can achieve efficient production, reduce manual intervention, improve production efficiency, and reduce production costs. This automated and intelligent production method improves the efficiency of the entire production process.

Improve the working environment: Advanced equipment is usually designed with safety considerations, which can reduce the labor intensity of workers, improve the working environment and improve work efficiency. This design makes the scrap aluminum recycling process safer, more comfortable and more efficient.

Strong adaptability: Production line equipment is usually highly adaptable and can handle scrap aluminum materials of different types and specifications, which improves the flexibility and diversification of the production line. This enables the equipment to be adjusted and optimized according to actual conditions to meet different scrap aluminum recycling needs.

Improve product quality: Sorting equipment can accurately classify and process scrap aluminum to ensure the production of high-quality recycled aluminum materials to meet market demand. This precise classification and processing ensures the quality of recycled aluminum materials and improves the competitiveness of products.

By adopting scrap metal aluminum equipment, the scrap aluminum recycling process becomes more efficient, environmentally friendly and sustainable. These equipment not only improve the recycling rate and resource utilization, but also reduce production costs and environmental pollution, bringing significant advantages to the scrap aluminum recycling industry.


What equipment is needed for recycling old aluminum?

Recycling old aluminum requires some specific equipment and tools, mainly including the following:

Crusher: used to crush old aluminum products (such as scrap aluminum alloy products, scrap aluminum cans, etc.) for subsequent processing.

Separation Equipment: used to separate aluminum from other materials (such as plastics, coatings, etc.). Common separation equipment includes magnetic separators, electric separators, etc.

Furnace: melt the separated aluminum to make it into aluminum materials or aluminum alloys again.

Compactor: compress the melted aluminum alloy or aluminum material for easy transportation and storage.

Cleaning Equipment: used to clean the recycled aluminum materials and remove surface dirt and residues.

Testing Equipment: used to test the quality and composition of recycled aluminum to ensure that it meets the requirements for reprocessing.

Other auxiliary equipment and tools: such as conveyor belts, agitators, heating equipment, etc., are used to improve recycling efficiency and quality.

These equipment and tools usually constitute a complete aluminum recycling processing line, which can effectively convert waste aluminum materials into reusable aluminum products, helping to reduce resource waste and environmental pollution.


The value of recycled aluminum scrap

The value of recycled aluminum scrap depends on many factors, including market demand, recycling process, recycling cost, etc. Generally speaking, the value of aluminum scrap is determined by the following aspects:

Market price: The market price of aluminum scrap is one of the main factors. This price is affected by supply and demand, global economic conditions, aluminum prices, raw material prices, etc.

Purity: The purity of aluminum scrap also affects its value. Aluminum with higher purity is easier to recycle and reprocess, so it is usually more valuable.

Scale: The scale of the recycling quantity is also a factor. Generally speaking, large-scale recycling can bring higher economic benefits.

Recycling cost: Recycling aluminum scrap involves the cost of collection, sorting, transportation, processing, etc. These costs will be reflected in the price after recycling.

Environmental policy: Environmental policies in some regions may affect the recycling and processing methods of aluminum scrap, thereby affecting its value.

In general, the value of recycled aluminum scrap is a dynamic, market-driven number that changes over time and with market conditions.


Performance of aluminum-plastic sorting and recycling equipment

Aluminum plastic sorting equipment has indeed occupied an important position in the fields of waste recycling and environmental protection with its outstanding functions. The following is a detailed explanation of the powerful functions of aluminum-plastic sorting equipment:

Efficient raw material screening: The aluminum-plastic sorting equipment adopts advanced mechanized one-stop operation mode, automatically conveying raw materials to the raw material screening. This method not only improves screening efficiency, but also reduces labor costs, making the screening process smoother and more efficient. By precisely controlling the screening of raw materials, the equipment can ensure the quality of the raw materials entering the next process, laying a solid foundation for subsequent sorting and extraction work

High yield: Through technological innovation and process improvement, the aluminum-plastic sorting equipment has achieved extremely high separation efficiency of finished aluminum particles, achieving a purity of 99.99%. This data not only demonstrates the high precision and efficiency of the equipment, but also ensures that customers can obtain higher quality aluminum particle products, thereby achieving more profits

Environmental design: The quality selection machine for finished aluminum particles and finished plastic equipment fully considers environmental factors in the design and manufacturing process. The equipment adopts environmentally friendly materials to ensure that the waste and emissions during the production process comply with environmental standards. In addition, the equipment is equipped with an efficient recycling system, which can minimize resource waste and environmental pollution. These measures not only reflect the importance of aluminum plastic sorting equipment on environmental protection, but also demonstrate its environmental leadership in the industry

Efficient and stable finished product rate: The electric separator part of the aluminum-plastic sorting equipment has efficient and stable production capacity for finished aluminum particles and finished plastics. The equipment can meet the needs of large-scale production, ensuring that customers can obtain the required products in a timely manner. In addition, the device is also equipped with an intelligent monitoring system, which allows customers to view the production status of materials at any time through terminals such as mobile phones and computers, grasp the production progress in real time, and better arrange production plans

Wide applicability: The aluminum-plastic sorting equipment is not only suitable for traditional aluminum-plastic composite materials such as aluminum-plastic packaging bags and aluminum-plastic composite pipes, but also can handle various forms of aluminum-plastic composite materials. Its strong adaptability and flexibility enable devices to easily cope with various complex situations and meet the needs of different customers

Intelligent control system: Modern aluminum-plastic sorting equipment is equipped with advanced intelligent control systems, which can achieve automated operation and remote control. This not only improves the operational efficiency of the equipment, but also reduces the difficulty of operation and reduces the impact of human factors on the operation of the equipment. At the same time, the intelligent control system can also monitor the operating status of the equipment in real time, detect and solve problems in a timely manner, and ensure the stable operation of the equipment

Aluminum plastic sorting equipment plays an important role in waste recycling and environmental protection due to its powerful functions such as high efficiency, high precision, environmental protection, and stability. With the continuous progress of technology and the expansion of the market, aluminum-plastic sorting equipment will continue to play an important role in the industry and make greater contributions to the environmental protection cause


The working principle of the can flattening machine equipment

The small can pressing machine (also known as can kneading machine) is indeed an efficient and practical equipment, specifically used for batch pressing of discarded all aluminum can and iron can materials. This type of equipment not only greatly improves the work efficiency of the can pressing block, reduces labor costs, but also saves valuable space due to its compact design

For a large number of cans, small can compactors can quickly and effectively knead and compress large areas, transforming originally loose cans into compact blocks, greatly reducing their volume and facilitating subsequent transportation and storage

With the popularity of canned beverages, the issue of recycling cans is becoming increasingly prominent. The traditional recycling method, such as flattening cans with hands or feet, is not only inefficient but also time-consuming and labor-intensive. The emergence of small can pressing machines has brought revolutionary changes to the recycling of cans

The pressing of cans is an important part of waste recycling. It not only saves space and facilitates transportation, but also promotes the reuse of resources, which is of great significance for environmental protection. By using a small can compactor, we can not only efficiently dispose of discarded cans, but also contribute to environmental protection and sustainable development

Therefore, the small can compactor is a device worth promoting and using. It can not only improve the efficiency of can recycling, but also make positive contributions to environmental protection and resource reuse


What are the application areas of waste aluminum recycling?

Waste aluminum is generally sorted, pretreated, and reused after recycling. The common utilization methods of waste aluminum are sorting, cleaning, crushing, dismantling, and making furnace materials to achieve economic and reasonable utilization. Below, Zhuangxin will introduce the use of waste aluminum recycling

1、 Manufacturing new aluminum products

Waste aluminum can be recycled and reprocessed into various aluminum products, such as aluminum alloy doors and windows, automotive parts, aircraft parts, beverage cans, packaging boxes, and kitchen utensils. This recycling not only reduces the demand for new aluminum mining, but also lowers production costs, which is an important manifestation of sustainable development

2、 Fuel cells

The application of waste aluminum in fuel cell technology has brought new value to it. As a negative electrode material for fuel cells, waste aluminum helps promote the development of environmentally friendly energy technologies, reduce dependence on traditional fossil fuels, reduce greenhouse gas emissions, and has positive significance for environmental protection

3、 Prestressed concrete

The application of waste aluminum in the field of building materials also has great prospects. Waste aluminum can be used as a reinforcing material for prestressed concrete, improving its strength and durability. This material has a wide range of applications in the construction field, and can be used in high-rise buildings, bridges, tunnels and other engineering projects, helping to promote the development of the construction industry towards a more environmentally friendly and sustainable direction

4、 Other industries

Waste aluminum is also widely used in industries such as aviation, railways, power, and packaging. In the aviation and railway industries, scrap aluminum can be made into lightweight, high-strength components to improve the performance and efficiency of transportation vehicles; In the power industry, waste aluminum can be used to manufacture electrical equipment, improving the stability and reliability of the power system; In the packaging industry, waste aluminum can be made into various environmentally friendly and beautiful packaging boxes to meet the needs of consumers for high-quality packaging

5、 The price of scrap aluminum is high

The relatively high price of scrap aluminum makes scrap aluminum recycling an attractive commercial activity. Recycling and processing waste aluminum can not only create economic benefits, but also help reduce resource waste and environmental pollution. The government and enterprises should strengthen their support and guidance for the aluminum recycling industry, and promote the healthy development of the aluminum recycling industry

In short, the recycling and utilization of waste aluminum has broad economic and social value. By improving the recycling rate and processing technology level of waste aluminum, a win-win situation of resource recycling and environmental protection can be achieved. Meanwhile, aluminum recycling can also provide a stable source of raw materials for related industries, promoting their sustainable development


What are the functions of the paint removal equipment for cans?

The paint stripping and pyrolysis furnace for cans is an efficient and environmentally friendly equipment used to treat discarded cans, removing and pyrolyzing the paint layer for further recycling. Provide a detailed introduction to the working principle, functional characteristics, usage scenarios, and advantages of the device

1、 Working principle

The paint stripping pyrolysis furnace for cans is based on high-temperature pyrolysis technology, which heats up the paint layer on the surface of discarded cans to undergo pyrolysis reaction in a high-temperature environment. During this process, the paint layer is decomposed into gas and solid residues, thereby achieving effective separation between the paint layer and the metal substrate. The separated metal materials can be further recycled, while gases and residues are processed through specialized equipment to achieve maximum resource utilization and environmental protection

2、 Functional characteristics

High temperature pyrolysis: The equipment adopts a high-temperature heating method to ensure the rapid and thorough decomposition of the paint layer

Environmental protection and energy conservation: The entire treatment process has no emissions of exhaust gas, wastewater, or waste residue, which meets environmental standards and has significant energy-saving effects

Efficient recycling: Processed metal materials can be directly recycled and reused, significantly improving resource utilization efficiency

Easy to operate: The equipment has a high degree of automation, is easy to operate, reduces labor costs and operational difficulty

Strong adaptability: It can handle various specifications and types of cans, and has good versatility and adaptability

3、 Usage scenarios

Disposal of discarded cans: mainly aimed at removing paint from various types of discarded cans, providing convenience for subsequent recycling

Metal recycling: The processed metal materials can be directly used in the metal recycling industry, providing raw materials for the manufacturing industry

Environmental governance: As a waste treatment equipment, it helps to reduce the discharge of solid waste and improve environmental quality

4、 Advantages

Efficient treatment: High temperature pyrolysis technology can quickly decompose paint layers and improve treatment efficiency

Environmental protection and energy conservation: pollution-free emissions and efficient energy utilization meet the requirements of modern environmental protection and sustainable development

Resource recycling: It has achieved the recycling and utilization of metal materials in discarded cans, improving resource utilization efficiency

Cost reduction: The high degree of equipment automation reduces labor costs and operational difficulties, and improves overall economic benefits

As an efficient and environmentally friendly equipment, the paint stripping and pyrolysis furnace for cans has broad application prospects in the fields of waste treatment and resource recycling. With the improvement of environmental awareness and the increasing demand for resource recycling, this equipment will play an increasingly important role, making greater contributions to environmental protection and resource conservation


Indian carbonization paint removal furnace

Indian carbonization paint removal furnace

Introduction to Production Line

The continuous charcoal making machine, machine also named continuous pyrolysis furnace is a new type of machine that feeds raw materials and outputs finished materials at the same time. It belongs to an external heating drying and carbonization integrated machine.The flue gas generated in the entire production process is self-utilized, and the exhaust gas passes through the flue gas treatment device.Processing, does not pollute the environment, after technical improvement, the furnace can also be used to recycle and process electronic waste, and realize the recycling of metals and pyrolysis the plastic into carbon, realizing the sorting of metal and plastic.