Container shears are an efficient scrap steel processing equipment. The container shears have a compact structure and an integrated design that is easy to move. They can be controlled by a hybrid power of an engine and a motor, or by an engine or a motor alone. The biggest advantage of the container shear is its high cost performance. It can be mainly reflected in labor, energy consumption, mechanical loss, equipment maintenance costs, etc. The body of the container shear is welded with high-strength manganese plates, and imported high-strength wear-resistant plates are used as linings for easily worn parts. The blades of the container shears are made of alloy steel and can withstand long-term high-intensity work. The hydraulic system of the container shear adopts a hydraulic circulation design, which speeds up the shearing speed of the container shear. The general container shear can only shear 3-5 times a minute, and the circulation design can reach a speed of 4-5 times, which greatly improves work efficiency. Advantages of container shears 1. Low operating cost, high efficiency, no pre-pressing cover, less operation, and continuous feeding. 2. The self-enclosed operation is fully automatically controlled by PLC, which greatly improves work efficiency. 3. Loading and transportation by towing vehicles. 4. Small size, integrated, high stability. 5. Container shears can be engine controlled. 6. Low investment and operating costs. 7. All inner surfaces of the container shears have a wear plate cover, so there is less wear. 8. The waste is added from above, compressed by the pre-pressing cylinder, and then automatically slides down and is sheared by the shearing cylinder. This design greatly improves the efficiency and safety of the equipment.

Working principle of gantry shearing machine The operator loads the material to be cut onto the feeding box of the gantry shear and then positions the cutting head at the starting point of the cut. When the cutting process begins, the cutting head moves along the rails of the gantry frame while the blade or cutting tool descends vertically, shearing the material along a predetermined path. Operators can control speed and cutting force to ensure precise.   Application of gantry shearing machine Gantry shears are typically used in industries that require cutting large  material into small pieces with high precision. This includes metal fabrication, construction, automotive manufacturing and the other industry. Gantry shears are versatile machines that can cut a variety of materials, including steel, aluminum, stainless steel, plastic and composites.   Advantages of gantry shearing machine 1. High precision: Gantry shears have excellent cutting precision, allowing for clean and accurate cuts, which is crucial in many industries. 2. Efficiency: These machines can significantly increase productivity by reducing labor and time required to cut large sheets of material. 3. Versatility: Gantry shearing machines can handle various materials and thicknesses to adapt to different production needs. 4. Reduce material waste: Precise cutting reduces material waste, thereby saving costs.

Briquetting machines are essential equipment for converting metal powder into compressed fuel briquettes. Hydraulic briquetting machines use hydraulic cylinders to compress the material. Raw materials are fed into the machine through a hopper, and hydraulic pistons apply high pressure to compress the material. This pressure forces the particles together and forms a solid compact. After the briquettes are formed, they are pushed out of the machine through specially designed molds. Hydraulic briquette machines offer several advantages over other types of  briquette production machines. 1. High pressure capability: Hydraulic briquetting machine can apply high pressure during the briquetting process, thereby producing dense and solid briquettes. This makes it suitable for applications requiring high density and strength of briquettes. 2. Consistent and uniform briquette production: The hydraulic system ensures consistent pressure throughout the production process. This results in the production of briquettes of uniform density and size, which is important for applications requiring sustained combustion and heat generation. 3. Lower energy consumption: Compared with other types of machines, hydraulic briquette machines are designed to consume less energy. Hydraulic systems operate efficiently, reducing energy waste and lowering production costs in the long run. 4. Easy operation and automation: Hydraulic briquette machines are usually simple to operate and do not require manual intervention. The process of feeding raw materials and removing finished briquettes can be automated, thereby increasing production efficiency and reducing labor requirements. In short, the hydraulic briquette machine has the advantages of high-pressure capability, stable briquette production, low energy consumption and easy operation. These advantages make it a popular choice for biomass pellet production. However, factors such as cost and specific production requirements must be considered when selecting the most appropriate type of dough maker for a specific application.

Vertical hydraulic metal baler application industry: Our vertical hydraulic metal baler is suitable for scrap metal, steel mills, non-ferrous metals, mining, metallurgy and other industries. In the scrap metal industry, our balers can pack scattered, non-ferrous metals, mining scrap iron, scrap steel, scrap copper, etc., which not only saves space, but also increases baling speed and reduces transportation costs. In steel mills, metallurgy and other industries, our balers have also been widely used, improving production efficiency and reducing production costs. Processable materials: Our vertical hydraulic metal baler can process a variety of materials, including scrap metal, steel, copper, aluminum, etc. In the scrap metal industry, our metal baler can pack such as scrap iron, scrap steel, scrap copper, etc. In steel mills, non-ferrous metals, mining, metallurgy and other industries, our balers can also adapt to different metal materials, such as steel, copper, aluminum, etc. Key point: Our vertical hydraulic metal baler has many advantages and is an ideal choice for your baling equipment. 1. Our balers adopt advanced hydraulic control systems, with features such as automation, high efficiency, low noise and other safety protection functions, which can improve production efficiency and reduce production costs. 2. Our balers also have good safety performance and reliable protection functions. 3. In addition, our vertical hydraulic metal balers also have functions such as automatic alarm and automatic shutdown, providing more convenience for customers. 4. Compact structure, small size, easy operation and other features, providing more convenience for customers. 5. Our balers can also be customized according to customer needs to meet the different needs of customers. Thank you for your attention and support. If you have any questions or needs, please feel free to contact us.

Metal balers have always been one of Teyun’s popular recycling machines.Customers need to pay attention to the following points after receiving and testing the metal baler. 1. You need to check whether the power supply and electrical connections of the equipment are normal. Make sure that the power plug is firmly connected to the power outlet and that there are no loose or broken wires. Before turning on the equipment, make sure that the fuses and circuit breakers in the distribution box match and are in proper working condition. This can avoid electrical faults and safety accidents.   2. You should check whether the mechanical parts of the metal baler are intact. Observe all parts of the baler, including the compression device, cutting device and transmission system, to see if there is any looseness, foreign matter or damage. If any abnormality is found, the damaged parts should be repaired or replaced in time to ensure the normal operation of the equipment and the safety of use.   3. You also need to set the parameters of the metal baler correctly. According to the size, weight and packaging requirements of the metal products, adjust the parameters of the baler such as pressure, speed and time. Ensure that the parameters are set correctly to avoid the occurrence of poor or damaged packaging.    4. When testing the machine, you need to pay attention to the safety of the operator. Before operating the metal baler, the staff should wear safety protective gear, such as gloves, goggles and earplugs. Avoid placing hands or other body parts near moving parts to avoid injury. At the same time, operate the machine in strict accordance with the equipment operating procedures and follow the instructions for use provided by the equipment manufacturer.   5. During the trial process, you need to closely observe the operation of the metal baler. Ensure that the equipment runs smoothly and has no abnormal sound or vibration. If abnormalities occur, stop the machine immediately for inspection and take appropriate maintenance measures as needed.

In the metal recycling process, shredding is often the first step. Depending on the composition and shape of the metal scrap, it is sometimes necessary to shred the residual metal before briquetting. This results in a homogeneous throughput size which are ideal for further processing. Shredding and further preparatory processing steps such as cleaning of the metal chips contribute significantly to the production of higher quality metal briquettes. Briquetting machine has always been a hot-selling product of Teyun.Because metal briquettes offer numerous advantages: optimized storage and more efficient transportation through volume reduction. The briquetting process for metals also enables the recovery of expensive cooling lubricants, residual oils and emulsions, which are then fed back into the cooling or lubrication circuit. The resulting metal briquettes can be smelted down directly, whereby they sink down in the melting process and thus melt with less slag formation and burn-off. In a short word, advantages of briquetting machine: 1. Direct and efficient melting down of the metal briquettes with significantly less burn-up 2. Volume reduction of up to 90% of the starting material 3. High pressing pressure for high briquette density 4. Better residue handling 5. Minimized disposal costs 6. Reduction of transport and storage costs 7. User-friendly design 8. Maintenance friendly

The hydraulic metal alligator shear is a machine equipment widely used in industrial production. It has strong shearing ability and stable working performance, and has become an indispensable tool in many industries. This article will introduce the characteristics and advantages of the hydraulic metal alligator shear from three aspects: its application industry, processable materials and core selling points.   Applicatble industries  Hydraulic metal alligator shears are widely used in various metal processing industries, especially in manufacturing, construction and aerospace industries. In the manufacturing industry, hydraulic metal alligator shears are used to process various auto parts, mechanical parts and various metal products; in the construction industry, they are mainly used to process materials such as steel bars, steel and aluminum; In the aerospace industry, hydraulic metal alligator shears are widely used to process high-strength metal materials such as aircraft parts and spacecraft components.   Machinable materials The hydraulic metal alligator shear can process a wide range of materials, including but not limited to steel, aluminum, copper, stainless steel, brass, titanium alloy and other metal materials. The thickness of these materials can be adjusted within the machine's specifications to accommodate different processing needs.   Core selling points The core selling point of the hydraulic metal alligator shear is its high productivity, stable and precise cutting capabilities. Driven by the hydraulic system, it can easily cut various metal materials, the operation is simple and convenient, and does not require too much manpower investment. In addition, this machine has high-precision cutting capabilities, which can meet the high-precision processing needs of different industries. It also has high safety and can effectively ensure the safety of operators.    

Hydraulic gantry shear can control the size of the shear opening arbitrarily according to the size of the material to be sheared, in order to achieve high working efficiency. Wide range of application, low energy consumption, widely used in scrap metal recycling and processing industry, small and medium-sized steel mills metal shearing, for the furnace smelting back to provide furnace material.   Applicable materials of gantry shear: metal, iron, cast iron, thin iron, thin iron, light material, steel, colour steel tile, scrap steel, scrap iron, aluminium alloy, channel steel, angle steel, angle iron, copper plate, metal plate, aluminium profiles, scrap steel, aluminium plate, iron plate, steel plate, round steel, scrap metal.   The effect of the use of gantry shear machine is mainly several aspects:   1. Speed. That is, the gantry shear machine output.   2. Self-weight. The self-weight of the machinery reacts to whether the material used is sufficient, and partly reacts to whether the gantry shear is durable.   3. Gantry shear power consumption.   4. Service life. You can ask the manufacturer or the person who bought the product customers.   5. Sealing performance. The sealing performance of the gantry shear directly affects the use and life.   6. The degree of integration. The high degree of integration of the model eliminates the time consumption of installation and commissioning, and also facilitates transport.   7. Materials. For example: gantry shear machine body cast steel parts are more durable than cast iron parts.