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What are the models of hydraulic pumps for YUKEN hollow forming machine

The hydraulic pumps provided by YUKEN for hollow forming machines mainly include two categories: piston pumps and vane pumps. The specific models are as follows:

  1. Piston pump
    A series piston pump:
    Models: A10, A16, A22, A37, A56, A70, A90, A100, A145, etc.
    Features: The chute and axial hole structure are used to adjust the oil supply, which is suitable for high-pressure scenarios, such as the molding process of hollow forming machines.These models can provide stable and powerful hydraulic power to ensure the smooth progress of the molding process.
    Application: It is widely used in injection molding machines, hydraulic presses, steel mills, machine tools, walking machinery, hydraulic elevators, and environmental protection factories. It is also suitable for the high-pressure forming needs of hollow molding machines.
    Other piston pump series:
    AR series: such as AR16, AR22, etc., it is also suitable for hydraulic equipment such as hollow forming machines.
  2. Vane pump
    PVR series single vane pump:
    Model: PVR1, PVR2, PVR3, PVR4, etc.
    Features: Characterized by low noise, wide flow range and high performance, it is suitable for the field of light industrial machinery, including hollow forming machines.These models can meet the hydraulic power requirements of the hollow forming machine when running at light load or low speed, and improve the flexibility and adaptability of the equipment.
    PV2R series single vane pump:
    Model: PV2R1, PV2R2, PV2R3, PV2R4, PV2R4A, etc.
    Features: It also has the characteristics of low noise and high performance, and has a wide flow range, which is suitable for a variety of hydraulic equipment.
    PVR/PV2R series double vane pump:
    Models: PVR12, PVR13, PVR23, PVR24, PVR34 and PV2R12, PV2R13, PV2R14, PV2R23, PV2R24, PV2R33, PV2R34, etc.
    Features: The dual design can provide a more stable hydraulic power output, which is suitable for hollow forming machines with high requirements for hydraulic power stability.