1. High-efficiency power components
High-pressure axial piston pump: As the core power source of the hydraulic system, the high-pressure axial piston pump has the advantages of simple structure, small size, high efficiency, long life, light weight, and strong self-priming ability. This pump can provide a stable high-pressure oil flow to ensure the strong power required during the shearing process.
Motor: The motor used in conjunction with the high-pressure axial piston pump is usually designed with high efficiency, which can continuously and stably output power to support the efficient operation of the shearing machine.
2. Advanced hydraulic control system
Solenoid reversing valve and oil circuit design: Through the precisely designed electromagnetic reversing valve and optimized oil circuit layout, the cylinder is precisely controlled to ensure the accuracy and stability of the shearing action.
Pressure regulation and protection: The hydraulic system is equipped with components such as pressure regulating valves and overflow valves to set and maintain the system pressure, and automatically relieve the pressure when the pressure exceeds the set value to protect the system from damage.
3. High-strength cylinder and materials
High-strength cylinder: The high-strength cylinder made of high-quality materials and advanced manufacturing technology can withstand the huge pressure generated during the shearing process, ensuring the stability and durability of the shearing force.
Wear-resistant materials: Wear-resistant materials are used on key components such as cylinders and pistons to reduce friction and wear and extend the service life of the equipment.
4. Intelligent control and monitoring
Programmable controller (PLC): Some advanced scrap metal crocodile shears use PLC as the core of the control system to achieve automatic control and intelligent monitoring. PLC can monitor the operating status of the equipment in real time and automatically adjust the working parameters according to the preset program to ensure the stability and durability of the shearing force.
Fault diagnosis and early warning: Through the integrated fault diagnosis and early warning functions, potential problems can be discovered and handled in time to avoid the impact of equipment failure on the shearing force.
5. Efficient heat dissipation system
Oil tank design: As the oil storage device and heat dissipation component of the hydraulic system, the design of the oil tank is crucial to the stability of the system. The use of large-capacity oil tanks and efficient heat dissipation devices ensures that the hydraulic oil maintains a suitable temperature range during the circulation process to avoid performance degradation and failures caused by excessive oil temperature.
Regarding the high-strength, wear-resistant materials and special processes used by scrap metal alligator shears suppliers to ensure the quality and performance of the scissor body, since direct information sources may be limited and different suppliers may use different materials and processes, the following are some general and potentially applicable materials and processes:
High-strength, wear-resistant materials
High-quality alloy steel: The scissor body of the scrap metal alligator shears is usually made of high-strength, high-hardness alloy steel materials. These alloy steels have undergone special heat treatment and have excellent wear resistance, impact resistance and fatigue resistance, and can withstand the huge pressure and shear force generated during the shearing process.
Carbide: Carbide materials may be used in key parts of the scissor body, such as the blade part. Carbide is an alloy material made of a hard compound of refractory metals and a bonding metal through a powder metallurgy process. It has extremely high hardness and wear resistance and can significantly increase the service life of the scissor body.
Wear-resistant coating: In order to further improve the wear resistance of the scissor body, the supplier may also apply a wear-resistant coating on the surface of the scissor body. These coatings usually use advanced surface treatment technologies, such as plasma spraying, laser cladding, etc., which can form a hard and wear-resistant protective layer on the surface of the scissor body, effectively extending the service life of the scissor body.
Special process
Precision casting and forging: The scissor body of the scrap metal crocodile shearing machine is usually made by precision casting or forging. These processes can ensure that the shape and size of the scissor body are precise, the internal organization is dense, and the mechanical properties are excellent, providing a good foundation for subsequent processing and assembly.
Heat treatment process: Heat treatment is an important means to improve the performance of the scissor body material. Through heat treatment processes such as quenching and tempering, the organizational structure and properties of the scissor body material can be adjusted to have higher hardness, strength and toughness, thereby meeting the needs of shearing scrap metal.
Precision machining and assembly: During the machining and assembly of the scissor body, the supplier will use precision machining equipment and processes to ensure the machining accuracy and assembly quality of the scissor body. This includes precise machining, grinding, polishing and other processes, as well as strict assembly standards and quality control processes to ensure the overall performance and reliability of the scissor body.
It should be noted that since the specific technologies and processes of different suppliers may vary, the above introduction is for reference only. When actually purchasing a scrap metal crocodile shears, it is recommended to understand the materials and processes used by the supplier in detail, and refer to relevant technical specifications and standards for evaluation and selection.