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Horizontal can pressing machine

Horizontal can pressing machine


600-1200kg/h

240-500mm

2.2-5.5kw

2800-7000kg

Product Introduction

Our waste scrap metal packing machine is used to press scrap metal(steel copper, aluminum, stainless steel,etc) into metal block or metal bale. The purpose is to save the transportation cost or reduce the raw material loss when smelting.

Our waste scrap metal packing machine is used to press scrap metal(steel,copper, aluminum, stainless steel,etc) into metal block or metal bale. The purpose is to save the transportation cost or reduce the raw material loss when smelting.

Main machines::

1) Hydraulic drive, compact design, great sealing.
2) Customized press box size and bale size.
3) Bale dischargeing ways include turn-out, side- push out and forward-out.
4) Designed with quick unit that can improve work efficiency substantially.
5) Famous motor, hydraulic system, oil cylinder, piston pump,electrical components
6) Blades: our waste scrap metal packing machine price with the knife, it can cut the long size material when compressing, so it very good for the long steel wire and big size material.

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product

Can flattening machine

Can flattening machine


1400mm

3 times/min

30KW*2

7.5-1905T

Product Introduction

The baler machine is mainly used for compressing scrap tires, plastic, clothes.paper,carton,woven bag,textile,cotton,cotton wool,linen,clothing,wheafstraw,medicinal materials, straw, rice husk,aluminum can and other wastematerials into bales.After compressing, it is easy to transport, so save storagearea,transportation cost and labor cost,meanwhile,be beneficial to theenvironment and waste recycling. Easy operation,durable,long service life.high efficiency, energy saving and low consumption.

The baler machine is designed with vertical structure,hydraulic transmission,electrical control and manual binding.And it is a good machine to improve laborefficiency, reduce labor intensity, and reduce transport costs.

Main machines::

All models are driven by hydraulic pressure;
There are different ways of discharging materials,such as bag turning, bagpushing ( side pushing and front pushing ) or manual bag taking ( packaging ).
Installation does not require foot screws,and diesel engine can be used aspower source where there is no power source.
There are ten grades of squeezing force from 5 tons to 200 tons, which can beselected by users, and the production efficiency is from 4 tons / shift to 40 tonsshift;
The size of compression chamber and package block can be customizedaccording to customer requirements;

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product

Aluminum plastic sorting and grinding production line

Aluminum plastic sorting and grinding production line


300-1000kg/h

62-170kw

7.5-1905T

Product Introduction

Our aluminum-plastic grinding production line can be used to recycle various aluminum-plastic composite materials, such as medical blisters, aluminum-plastic panels, aluminum foil, aluminum-plastic packaging bags, etc.

The aluminum and plastic materials firstly crushed by the knife crusher into 10mm pieces, and then grinding by the water cooling turbo type grinding machine into aluminum and plastic fine powders. Then separated by the rotary screen, the big size will back into the grinding machine and the fine powders will into the electrostatic separator, finally the aluminum and plastic would be separated.

Main machines::

Crusher step-shearing style cutter can resolvethe force bored by cuttings, and increase theforce of cutting greatly. Blade quality have9CrSi, Cr12MoV, SKD-l , D2 etc. Can becustomized according to customer.
New abrasive disk design, high capacitygood Wear Resistance, the service life is twotimes longer than the common abrasive disk.
Circular vibrating screen:Large Size Recyclefor Second Time Grinding. Feedback systemmakes the grind much more effective.
The negative pressure feeding systemprevent the dust from running out.
Air cooler and circulating water systemused to control temperature and reducenoise of the grinding system.

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Aluminum plastic separator

Aluminum plastic separator


2000*1800*2450mm

18.5kw+3kw+0.75kw

50 m/min

2000kg

Product Introduction

A recycling machine is a specialized equipment for crushing, sorting, and recycling waste steel core aluminum stranded wires. Its main function is to separate aluminum and plastic from discarded aluminum and plastic. It has the advantages of high automation and complete separation of the aluminum layer and steel core.

The aluminum conductor steel reinforced recycling machine is a special equipment for crushing, sorting and recycling discarded steel core aluminum stranded wires. Its main function is to effectively recycle two metal resources, aluminum and steel, from discarded steel core aluminum stranded wires. It has the advantages of high degree of automation and complete separation of aluminum layer and steel core.

Main machines::

1. With professional technology and equipment, we can effectively recycle and process steel core aluminum stranded wires of different specifications. (Special 3-speed transmission for reducer)
2. The equipment and technology adopted can quickly and efficiently recycle and process steel core aluminum stranded wires. (50 meters/minute, multiple feeds available)
3. Depending on the usage scenario, electric or oil power systems can be provided.
4. According to customer needs, it can be equipped with an integrated tensioning and guiding machine, a movable ton bag rack and other supporting equipment.
5. Equipped with dust removal equipment, environmentally friendly and pollution-free.

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product

Aluminum Plastic Recycling Machine

Aluminum Plastic Recycling Machine


300-1000kg/h

62-170kw

7500-19500kg

Product Introduction

Aluminum-Plastic Recycling Machine is used for recovery of waste aluminum-plastic materials, can put the aluminum and plastic separation,it is mainly used for all kinds of aluminum tubes, aluminum-plastic bottle caps, car ornaments,and other plastic products separation recycling.

Aluminum-Plastic Recycling Machine is used for recovery of waste aluminum-plastic materials, can put the aluminum and plastic separation,it is mainly used for all kinds of aluminum tubes, aluminum-plastic bottle caps, car ornaments,and other plastic products separation recycling.

The aluminum and plastic materials firstly crushed by the knife crusher into 10mm pieces, and then grinding by the water cooling turbo type grinding machine into aluminum and plastic fine powders. Then separated by the rotary screen, the big size will back into the grinding machine and the fine powders will into the electrostatic separator, finally the aluminum and plastic would be separated.

Main machines::

CRUSHING SYSTEM: Crusher step-shearing style cutter can resolve the force bored by cuttings, and increase the force of cutting greatly. Blade quality have 9CrSi,Cr12MoV,SKD-II, D2 etc. Can be customized according to customer.
Copper cable recycling machine capacity above 500 kg / h will be equipped with single shaft shredder. The shredder adopts the high hardness main shaft, make it has more impact power when crushing materials. It is composed of micro cutting head and cylindrical tool rod, greatly reduces the wearing parts (blades).
GRINDING SYSTEM: New abrasive disk design, high capacity, good Wear Resistance, the service life is two times longer than the common abrasive disk.
CIRCULAR VIBRATING SCREEN:Large Size Recycle for Second Time Grinding. Feedback system makes the grind much more effective.
The NEGATIVE PRESSURE FEEDING SYSTEM prevent the dust from running out.
AIR COOLER AND CIRCULATING WATER SYSTEM used to control temperature and reduce noise of the grinding system.
WHOLE CONTROL: Controlled by PLC. Continuous feed, intelligent operation, automatic alarm make it easy to operate and Save labor.
DUST REMOVAL SYSTEM: Dust particle with a diameter more than 0.3 micrometers can be gathered, and the dust collection efficiency is up to 99%;it is a small unit which can be directly installed nearby the indoor machine, and can be also made into large dust collector.

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Precautions for aluminum-plastic sorting

The classification of aluminum materials is indeed diverse, and based on different classification criteria, we can obtain different classification results. The following is a detailed explanation of the classification of aluminum materials:

Firstly, according to production methods, aluminum can be divided into three categories: cast aluminum, rolled aluminum, and forged aluminum. Cast aluminum is commonly used for low strength components with low density requirements or products with high surface requirements, such as aluminum for construction and furniture. Rolled aluminum is widely used in transportation vehicles such as airplanes, cars, trains, as well as in fields such as construction, electronics, and furniture, due to its high strength, corrosion resistance, and good weldability. Forged aluminum is produced using forging machinery to press, draw, and other processes on aluminum, with a variety of application fields.

Secondly, according to its composition, aluminum can be divided into three categories: pure aluminum, aluminum alloys, and aluminum silicon alloys. Pure aluminum is the purest aluminum material, while aluminum alloy is an alloy material made by adding other metals, and aluminum silicon alloy is a type of aluminum alloy in which silicon element is added. Aluminum alloys can be further subdivided into Al Mn alloys, Al Cu alloys, Al Si alloys, and Al Mg alloys based on the type of metal added.

In addition, according to the pressure processing ability, aluminum can be divided into deformed aluminum and non deformed aluminum (such as cast aluminum). According to whether it can be heat treated for strengthening, aluminum alloys can be divided into non heat treated reinforced aluminum and heat treated reinforced aluminum. Alloys such as aluminum copper and aluminum magnesium silicon can enhance their strength through specific processes, known as heat treatable reinforced aluminum.

When selecting aluminum materials, we need to pay attention to the following points:

1. Check the factory qualification standards of aluminum materials, including the certificate of conformity, production date, size, construction technology, and production enterprise information.

2. Carefully inspect the appearance of the product. High quality aluminum should have a bright and glossy color, and there should be no obvious scratches or bubbles.

3. Ensure that the thickness of the product meets the regulations, especially for door and window products, the thickness should not be less than 1.2mm.

4. Pay attention to the thickness of the outer coating and the quality of the oxide film, both of which should not be lower than the standard value.

5. Choose suitable aluminum materials according to the usage environment. For example, in coastal areas, due to moisture and salt erosion, it is best to choose lightweight electrophoretic paint materials with superior corrosion resistance.

During daily cleaning and maintenance, hard objects such as brushes should be avoided to avoid damaging the surface of the aluminum material. Soft cotton cloth should be used for cleaning.

In summary, there are various classifications of aluminum materials, and when selecting aluminum materials, it is necessary to consider the actual needs and usage environment comprehensively. Meanwhile, proper maintenance and upkeep are also key to ensuring the long-term performance of aluminum materials.

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The operation process of aluminum-plastic sorting equipment

Aluminum plastic separation equipment is a mechanical equipment specifically designed for aluminum plastic composite materials, aimed at effectively separating aluminum and plastic for better recycling and utilization of these two materials. This type of equipment demonstrates a high degree of professionalism and efficiency in the production process, bringing significant improvements to the fields of environmental protection and resource recovery.

Firstly, the crushing of aluminum-plastic composite materials is the first step in the entire production process. Through professional crushers, aluminum-plastic composite materials are crushed into small pieces or particles, providing convenience for subsequent processing and separation work. The crushed material is more susceptible to uniform forces in the separation equipment, ensuring thorough separation.

Next, the crushed aluminum-plastic composite material enters the separation equipment. At this stage, aluminum and plastic gradually separate due to varying degrees of force. The design of the separation equipment fully considers the physical properties of aluminum and plastic, ensuring the maximum preservation of material integrity during the separation process while reducing losses.

It is worth noting that the production process of aluminum-plastic separation equipment always embodies the concepts of environmental protection and safety. The pollutants such as exhaust gas, wastewater, and waste residue generated during the production process are strictly treated and controlled to ensure no secondary pollution to the environment. In addition, the equipment is also equipped with safety protection devices to ensure the safety of operators and prevent accidents from occurring.

As a type of aluminum-plastic separation equipment, the aluminum-plastic plate separator has pushed the separation technology of aluminum-plastic composite materials to new heights. It can completely separate aluminum-plastic panels into aluminum and plastic, achieving complete dry physical separation and avoiding environmental risks that may arise from chemical treatment. This separation method not only has low cost and high efficiency, but also has excellent social benefits. It effectively recycles and utilizes discarded aluminum-plastic composite materials, reduces resource waste and environmental pollution, and makes a positive contribution to sustainable development.

In summary, aluminum-plastic separation equipment plays an important role in the recycling of aluminum-plastic composite materials due to its efficient and environmentally friendly characteristics. With the continuous progress of technology and the expansion of application fields, it is believed that this type of equipment will play a greater role in the future, making greater contributions to environmental protection and resource recycling.

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How to deal with the recycling and repainting of cans?

Scrap cans are indeed a common type of waste, and their direct disposal undoubtedly brings considerable pressure to the environment. Therefore, it is necessary to develop compression treatment methods for waste cans. This method achieves efficient treatment and resource utilization of waste cans by combining crushing equipment and heat release paint furnace equipment.

Firstly, crushing equipment plays a crucial role in the treatment of waste cans. This device can quickly break waste cans into pieces, significantly reducing their volume and thus lowering storage and transportation costs. The broken fragments of the can not only facilitate subsequent processing, but also help improve overall processing efficiency.

Next, these broken can fragments are sent to the heat release paint furnace equipment. This device can quickly remove the paint and coating on the surface of the can through high-temperature treatment, exposing the metal parts. This process not only provides convenience for subsequent metal recycling, but also helps to reduce environmental pollution. At the same time, the heat release paint furnace equipment has the characteristics of continuous production, fast discharge speed, and high processing efficiency. This means that a large amount of waste cans can be processed in a short period of time, improving the overall processing capacity.

In addition, the heat release paint furnace equipment also has the characteristic of strong flexibility. According to the different processing capacities, the equipment can be adjusted accordingly to meet the needs of factories of different scales. This flexibility makes the disposal of used cans more efficient and convenient.

Through this method, waste cans have been effectively treated and utilized. On the one hand, the crushing and paint removal process fully exposes and recovers the metal parts, providing the possibility for resource recycling; On the other hand, the entire treatment process is efficient and environmentally friendly, which helps to reduce environmental pollution and save resources.

However, to further promote and improve this processing method, efforts need to be made in multiple aspects. Firstly, it is necessary to strengthen technological research and innovation, improve equipment processing efficiency and performance; Secondly, it is necessary to strengthen publicity and education, increase public awareness and importance of the disposal of waste cans; Finally, it is necessary to strengthen policy support and guidance to promote the healthy development of the waste can processing industry.

In short, the compression treatment method for used cans is an efficient and environmentally friendly waste disposal method. The efficient treatment and resource utilization of waste cans have been achieved through the combination of crushing equipment and heat release paint furnace equipment. In the future, with the continuous progress of technology and the continuous promotion of applications, it is believed that this method will play a greater role in the field of waste treatment.

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