Horizontal Balers Horizontal balers process waste differently than vertical balers. Recyclable waste goes into a hopper, and once the hopper is full, a piston on the side compresses the material with a horizontal force until the bale is complete. The bale is then tied with wire and ejected.   Advantages of Horizontal Balers 1.More Applications: Most horizontal balers can process a variety of materials, such as painted aluminum siding or radiators. They can produce bales of non-elastic materials such as newsprint and paper. 2.Higher Production: Horizontal balers can process more volume and larger bales per day than vertical models. 3.Consistency: The bales they produce are of consistent density and weight, making them easier to store. 4.Convenience: Horizontal balers can be used with underground or above-ground conveyors, shredders, and air systems.   Disadvantages of Horizontal Balers 1.Size: Horizontal balers require more floor space than vertical balers. For example, some models are even up to 40 feet long, including platforms and stairs. 2.Price: Horizontal balers are generally more expensive than vertical balers. If purchased with a conveyor or shredding system, the cost can be even higher.   Vertical Balers   Advantages of Vertical Balers 1.Smaller Footprint: Vertical balers take up much less space than horizontal balers, so they can be used in a variety of applications.   2.Cost: Vertical balers typically cost much less than horizontal balers, about one-fifth or even one-tenth the price of horizontal balers.   3.Variety of Materials Handled: Vertical balers can be used to handle almost all types of recyclable waste - from simple office paper to non-ferrous metals. Some vertical balers are also specialized, and they can handle aluminum, plastic beverage containers, or storage drums.     Disadvantages of Vertical Balers 1.End Product: Smaller models may produce bales that do not meet "factory standards", which makes it more difficult to find end users willing to purchase them. 2.Height: Their height can also be an issue for some applications—vertical balers can be much taller than their horizontal counterparts. 3.Paper: Vertical balers may not be suitable for recyclables that are less flexible when baled—such as office paper or newsprint.   Which baler is right for me? When comparing your options for purchasing a baler, ask these questions: How many bales will I produce per day? Typically, vertical balers are best suited for operations that produce no more than eight to ten bales per day. For operations with higher production volumes, consider a horizontal baler. How much space do I have? Consider the operating height and available floor space. Remember that you'll also need room for maintenance. What's your budget? When choosing a baler, consider the investment costs associated with the type you purchase. Also, don't forget to include the cost you can get for selling the baled material...

Briquetting press machine is a commonly used equipment in the metal recycling industry to press waste iron/steel/aluminum/cooper chips or powder into a high density cake for easy storage and transport. However, in the process of using, sometimes some faults will happen to cause the briquette press can not work properly. The following will introduce several common faults of briquetting machine and the corresponding troubleshooting methods.   1. NOT RUNNING. If the briquetting machine does not work, the first thing to do is to check that the power supply is working properly. Make sure the power cord is securely connected and check that the power outlet is working properly. Also check that the machine's control switch is on and make sure that the safety devices are disengaged. If none of the above steps solves the problem, then the fuse inside the equipment may have blown and needs to be replaced with a new one.   2.UNSTABLE PRESSURE OR EXCESSIVE PRESSURE. This may be due to a fault in the hydraulic system. If unstable pressure is found, first check the flow and temperature of the hydraulic oil. Make sure there is enough oil in the hydraulic tank and that the viscosity of the oil matches the requirements of the equipment. If the temperature of the hydraulic oil is too high, you need to check whether the cooling system is working properly. In addition, it is also necessary to check whether there are leaks in the pipelines and connectors in the hydraulic system, and repair or replace the damaged parts in time.   3.MOULDS CLOGGED. If you find that the mould is clogged, first to stop the briquette press from running and make sure that all power units have been switched off. Then, use special tools to clean the iron chips and debris in the mould to ensure the passage is clear. When cleaning the mould, pay attention to safety precautions to avoid accidental injury.   4.CYLINDERS PROBLEMS. If you find that the hydraulic cylinder is not working properly, it may be due to old or worn seals. In this case, you need to replace the seals with new ones and make sure that the seals match the specifications of the equipment. For cylinder problems, it may be that too much impurity has accumulated in the cylinder, resulting in poor piston movement. At this point, the cylinder can be disassembled for cleaning and the lubricant can be replaced.   5. REGLAR MAINTENANCE. Regular maintenance is also an important measure to avoid the failure of the briquetting machine. Regularly check the various parts of the equipment, including the hydraulic system, electrical system, transmission system and so on, to ensure their normal operation. At the same time, replace the wearing parts in time, clean the inside of the equipment regularly, and keep the equipment in good condition.   Briquetting press machine may encounter some common faults in the process of using, such as unable to start, unstable pressure, clogged moulds and so on. Most of the faults ...

Working principle: First, pour the scrap metal into the hopper, and the scrap metal falls into the feeding box through the hopper. Then start the side cylinder (longitudinal direction), which compresses the scrap metal longitudinally, and the excess scrap metal falls onto the pallet. When the longitudinal compression is completed, start the main cylinder to compress the scrap metal horizontally. After multiple compressions, the small door opens, and the bale is pushed out of the small door by the main cylinder. Advantage: (1) The side cylinder can continuously compress the scrap metal in the feeding box by adopting a doorless setting, thus improving production efficiency; (2) The side cylinder is provided with a bearing plate, which can block the scrap metal falling from the hopper outside the cylinder rod and prevent it from contacting the cylinder and hydraulic rod, thus ensuring the cleanliness of the cylinder and hydraulic rod. (3) The main cylinder can achieve compression on the one hand and push the bales on the other hand, without the need to set up another device to push out the compressed bales.

Briquetting machine used in aluminium alloy profile factory, cast steel parts factory, aluminium casting factory, copper casting factory, etc. It can be used to press aluminium chips, steel scrap, iron chips, copper scrap, etc. into cake blocks, adopting cold press forming process, the finished products are 3-10kg cylindrical blocks, easy to transport and casting, the density can be up to 5~6t/m; the products can be customized according to customers' requirements, and the parts of the equipment are made of domestic or imported hydraulic and electrical components, with automatic feeding, automatic press forming and other processes. components, with automatic feeding, automatic press moulding and other processes.   Technical characteristics 1. Briquetting machine adopts hydraulic drive, running smoothly, no vibration; 2. Simple infrastructure, installation does not require ground screws; 3. PLC control, users can choose manual or automatic operation;. 4. Automatic feeding mechanism can be added according to user requirements. 5. The equipment adopts fully automatic moulding process, and the size of briquette can be customised according to customers' requirements.

Container shear is an efficient scrap steel shearing equipment. The compact structure of the container shear, one-piece design is easy to move, can be controlled by a mixture of engine and motor, or can be controlled by engine or motor alone. The biggest advantage of the container shear is its high overall utilisation rate; it can be reflected mainly from the labour, energy consumption, mechanical wear and tear, and equipment maintenance costs. The container shear adopts hydraulic cycle design, which accelerates the shearing speed of the container shear. Advantages of container shear: 1. High safety: container shear machine work materials are always in the container, there is no danger of material splash. 2. High production efficiency: can save labour costs. No pre-pressure cover, can be continuously feeding, fully automated, with suction cups or steel grabbing machine feeding, only one person to operate, improve efficiency. 3. Movable: the container shear machine is integrated as a whole, and can be moved by vehicle, so that the user can process the waste materials in different sites.    

TEYUN Gantry shear is a type of equipment suitable for heavy scrap shearing. It is used to cold-shear various scrap metals such as scrap copper, scrap steel, scrap iron, metal briquettes, car bodies, aluminum alloys, copper materials, etc., and process them into qualified furnace materials. Gantry shear have a wide range of applications. They can be used as processing equipment for metal recycling units, furnace materials processing in factory casting workshops, and metal shearing processing equipment in the machinery and construction industry. Operating principle： TEYUN Gantry shears are composed of the frame, hydraulic cylinder, hydraulic power system, and an electrical system. In terms of working principle, after the material is grabbed into the feeding box, the waste material is pushed by the push cylinder or automatically sent to the cutting edge by the conveyor belt. The feeding speed can be adjusted by the speed regulating motor. Side extrusion cylinders are installed on both sides of the material box. Large waste materials such as scrapped cars cannot pass through the cutting edge of the gantry shears. The waste material can be squeezed and reduced by the side extrusion cylinders, and then sent to the cutting edge through the conveyor table for cutting.

Tiger shear has the advantages of small size, light weight, low inertia, low noise, smooth action, easy to operate, flexible, large shear section, scissors mouth is easy to adjust, etc. Commonly used in scrap recycling enterprises, scrap mills, smelting and foundry enterprises of various shapes of steel sections and various structures of metal for cold shear. If you want to purchase a right tiger shear economically, you need pay attention to the following points:   1. First understand the scope of application of the tiger head shear, generally can be used for cold shear all kinds of scrap metal.   2. Procurement must inform the specific size and material of the waste material, so that manufacturers account for and recommend the appropriate tonnage of the machine, to avoid the use of large materials, increase costs for no reason.   3. Special materials or scrap hardness is very large, you need to choose the imported blade, to reduce the replacement of trouble.   4. Higher requirements of users can choose to import seals, motors and other accessories.   5. The installation and operation of this equipment is extremely easy, you can choose a one-piece design without installation.   If you are interested in tiger shear, you can contact us and we will provide you with customized solution: info@njteyun.com.

The main models of shredders include single-shaft shredders, double-shaft shredders and four-shaft shredders. So how to choose a blade for each type of shredder? The single-shaft shredder blades mainly crush soft materials such as plastics. We must choose materials with high quenching hardness, wear resistance and impact resistance. Now most of them choose Cr12MoV, D2, DC53. The general hardness can reach about HRC60°, and some Customers with high requirements may even use more expensive LD (7Cr7Mo2V2Si), W6Mo5Cr4V2, and other materials. The hardness reaches above HRC62°. It contains high alloy elements such as W and Ni, which are more wear-resistant and impact-resistant, making the shredder blade more suitable for use. The service life is longer, the frequency of tool changes is reduced, and the cost performance is higher. Double shaft shredder blades and four shaft shredder blades are mainly made of 55SiCr, H13 and other materials, but this is only for some ordinary objects and general service life, similar to plastic bottles, wood, domestic garbage, cans, ordinary Metal, etc., for some customers who have high requirements for shredding high strength and long service life, we need to choose appropriate materials for shredding different objects. The double-shaft shredder shreds some relatively soft materials such as aluminum and copper. For metal materials, or some plastic and rubber materials, which require a long service life, we must choose materials similar to D2, LD, etc., because aluminum, plastic, rubber and other materials are sticky and will need to be shredded by a dual-shaft shredder for a period of time. Shredding and squeezing, these materials will inevitably heat up and stick together with the blades. Therefore, if you want to have a long service life and uniform shredded particles, you must choose these materials with strong quenching properties and high wear resistance; for shredder blades to shred some High-strength steel is similar to automobile plates. Metal materials with a yield strength of more than 550Mpa or even more than 1000Mpa, such as beam steel, must be made of impact-resistant and tough materials such as H13Ni and HMB to prevent the blade from chipping or blunting. Teyun always use good blades, to longer blade life and achieve customers requirements.

Hydraulic steel grab is a mechanical equipment used for lifting and transporting steel. Its main principle is to use the force generated by the hydraulic system to realize the function of grabbing and releasing steel. Hydraulic steel grabber usually consists of grabbing device, hydraulic system, control system and frame. There are two types of grabs, one is the 2+3 or 3+4 claw type. The other is a grapple with 4 or 5 'petals'. When working, the operator controls the control system to generate a certain pressure in the hydraulic system, which drives the clamping device to clamp or release the steel. Hydraulic steel grabs have the advantages of simple operation, large clamping force, and high precision. They can be widely used in steel smelting, construction sites, cargo warehousing and other fields. At the same time, the hydraulic steel grab can also be customized according to different work requirements, such as increasing the grabbing force, increasing the grabbing speed, expanding the grabbing range, etc. In general, hydraulic steel grabs play an important role in improving work efficiency, reducing labor intensity, and ensuring safe production.