In the complex system of industrial production, the hydraulic pump, as the "power heart" of the hydraulic system, directly determines the operating efficiency, stability, and service life of equipment. With decades of technical accumulation and craftsmanship in the hydraulic field, Liyuan Hydraulic has launched the L7V107LV2.0LPF00 hydraulic pump. Boasting efficient and stable performance, excellent product quality, and wide applicability, it has become an ideal power choice in fields such as engineering machinery, mining, and industrial automation, providing strong and reliable hydraulic power support for various equipment.

Since its establishment, Liyuan Hydraulic has always regarded technological innovation and quality control as the core driving forces of enterprise development. The company owns a national-level enterprise technology center and a postdoctoral research workstation, gathering a group of top R&D talents in the hydraulic field, and has built a complete technical system from product design, material research and development to manufacturing and performance testing. To ensure product quality, Liyuan Hydraulic has introduced internationally advanced precision machining equipment, three-dimensional coordinate measuring instruments, and full-working-condition hydraulic testing platforms, establishing a full-process quality traceability system covering raw material procurement, production manufacturing, and finished product inspection. Each L7V107LV2.0LPF00 hydraulic pump undergoes dozens of rigorous tests such as high-low temperature cycle testing, pressure impact testing, and durability testing, with core performance indicators reaching international advanced levels, laying a solid foundation for the efficient and stable operation of the product.

The L7V107LV2.0LPF00 hydraulic pump integrates multiple cutting-edge technologies in its design, achieving a comprehensive breakthrough in performance. This pump adopts an advanced inclined-axis axial piston structure. By optimizing the piston arrangement angle and cylinder design, it effectively improves energy conversion efficiency. With a rated displacement of 107mL/r and a rated working pressure of up to 35MPa, it can output stable and strong flow at a rated speed of 2500r/min, providing continuous power support for the hydraulic system. The design of the inclined-axis structure makes the movement of the pistons in the cylinder more stable, reducing mechanical friction and pressure loss. The volumetric efficiency is increased to over 94%, and the mechanical efficiency is stably above 90%, much higher than the industry average. In the process of energy conversion, energy consumption is effectively reduced. Practical application data shows that equipment equipped with the L7V107LV2.0LPF00 hydraulic pump reduces energy consumption by about 12%-18% compared with similar products, perfectly meeting the needs of modern industry for energy conservation and consumption reduction.

Efficient and stable performance is the core advantage of the L7V107LV2.0LPF00 hydraulic pump, which can easily cope with the challenges of various complex working conditions. The pump adopts a high-precision port plate design and advanced gap compensation technology. By automatically adjusting the gaps between pistons, cylinder blocks, and port plates, it ensures good sealing performance under different pressures and speeds, reduces internal leakage, and guarantees the stability of flow output. Even under working conditions with frequent load changes, such as heavy-duty excavation of engineering machinery and crushing operations of mining equipment, the L7V107LV2.0LPF00 hydraulic pump can quickly respond to system demand changes. The pressure fluctuation is controlled within ±2%, and the flow fluctuation does not exceed ±3%, ensuring smooth and precise equipment movements. At the same time, the pump has excellent low-speed stability. When running at a low speed of 500r/min, it can still maintain stable flow output without crawling, meeting the needs of precision operations.

In terms of quality control, the L7V107LV2.0LPF00 hydraulic pump demonstrates excellent reliability and durability. The pump body is made of high-strength alloy forged steel, which undergoes multiple heat treatment processes, with a hardness of up to HB280 and a compressive strength exceeding 600MPa, capable of withstanding long-term high-pressure impacts and vibration effects in complex working conditions. Key internal components such as pistons, cylinder blocks, and port plates are made of high-quality alloy steel, undergoing carburizing and quenching treatment, with surface hardness reaching HRC60-62. Combined with high-precision grinding technology, good wear resistance and dimensional stability are ensured. The bearings adopt a combination design of imported high-quality needle roller bearings and thrust bearings, with strong load-bearing capacity, low friction coefficient, and a service life of more than 15,000 hours. Key seals are made of oil-resistant, high-temperature-resistant, and aging-resistant fluororubber materials, maintaining good sealing performance in the temperature range of -40°C to 120°C, effectively preventing hydraulic oil leakage and adapting to harsh working environments with high dust, high humidity, and large temperature differences.

The application scenarios of the L7V107LV2.0LPF00 hydraulic pump are extremely wide, playing a core role in multiple industries. In the field of engineering machinery, the pump is widely used in excavators, loaders, cranes, and other equipment. When excavators perform earthwork excavation or mining, the L7V107LV2.0LPF00 hydraulic pump provides stable power for the working device and slewing system, ensuring smooth and powerful movements of the excavator arm, which can operate efficiently even when facing hard rocks; when loaders transport sand, construction materials, etc., the pump provides sufficient power for the bucket lifting and steering systems, realizing rapid loading and unloading and flexible steering, greatly improving material handling efficiency.

In the field of mining machinery, the L7V107LV2.0LPF00 hydraulic pump provides high-pressure power for the hydraulic systems of crushers, hoists, belt conveyors, and other equipment. In the operation of crushing hard ores, the pump can stably output high-pressure flow, driving the crusher hammer to impact at high frequency, ensuring crushing efficiency; in the process of hoist transporting minerals, it precisely controls the pressure of the hydraulic system, ensuring safe and efficient transportation of minerals. Even in dusty underground environments, it can still operate reliably, reducing equipment failure downtime.

In the field of industrial automation, relying on stable performance and precise flow control, the L7V107LV2.0LPF00 hydraulic pump has become an ideal power source for automation equipment such as injection molding machines, stamping machines, and metallurgical equipment. In injection molding production, it precisely controls the pressure and flow of the hydraulic system, ensuring the molding accuracy and production efficiency of plastic products; in the metallurgical rolling process, it provides stable power for the roll drive system, ensuring the quality of steel rolling. In addition, in fields such as agricultural machinery, shipbuilding industry, and water conservancy projects, the L7V107LV2.0LPF00 hydraulic pump also performs excellently, providing stable and reliable hydraulic power support for various equipment and promoting the efficient development of various industries.

Liyuan Hydraulic knows that high-quality products need to be matched with perfect services to create greater value for customers. For the L7V107LV2.0LPF00 hydraulic pump, the company has built a full-life-cycle service system to provide customers with comprehensive technical support and service guarantees. In the product selection stage, the professional technical team deeply understands the customer's equipment working conditions, operation needs, and budget, and relies on rich experience and professional knowledge to tailor the most suitable hydraulic pump solutions for customers, ensuring perfect matching between products and equipment; during the installation and commissioning process, technical personnel visit the site for guidance, providing full-process services from pipeline connection, parameter setting to system debugging, ensuring the hydraulic pump is quickly put into stable operation.

After the equipment is put into use, relying on the national service network, Liyuan Hydraulic promises a fast service mechanism of "response within 2 hours and arrival within 24 hours". More than 30 service centers and spare parts warehouses have been set up nationwide, with sufficient reserves of commonly used accessories, enabling emergency allocation to minimize equipment downtime. Technical personnel are regularly dispatched for return visits to conduct performance testing and maintenance guidance on the hydraulic pump, provide oil detection services, and formulate oil change and maintenance plans based on the detection results, helping customers extend product service life and reduce operating costs. For key customers and large projects, exclusive technical consultant services are also provided, tracking the entire process from product selection, system design to later operation and maintenance to ensure long-term stable operation of the equipment.

In today's industrial production pursuing efficiency, energy conservation, and reliability, the Liyuan Hydraulic L7V107LV2.0LPF00 hydraulic pump has become the first choice for many enterprises' hydraulic power solutions with its efficient and stable performance, excellent product quality, wide application scenarios, and perfect after-sales service. Choosing the L7V107LV2.0LPF00 hydraulic pump means choosing strong power output, stable equipment operation, and economical use cost. Liyuan Hydraulic will continue to be driven by technological innovation and committed to quality, providing high-quality hydraulic products and services for more industry customers, and jointly creating a better future for industrial development.