A 2500-ton hydraulic press is a large-tonnage heavy-duty hydraulic equipment. Its core advantage is its ability to output ultra-high pressure and provide uniform and stable forming force. It is mainly used in heavy industrial fields requiring molding, forging, stretching, and pressing of large, thick-walled, or high-strength materials.

Heavy Machinery Manufacturing and Parts Forming: Used for pressing and shaping large machine tool beds, frames, and bases, as well as molding thick-walled structural parts such as track plates and track roller housings for excavators and cranes, ensuring dimensional accuracy and structural rigidity of parts.

It can complete the hot forging or cold pressing of large gear blanks and shaft forgings, replacing traditional hammer forging processes and improving the density and mechanical properties of forgings.

Aerospace and Military Industries: Processing large aluminum alloy and titanium alloy sheet metal parts for aerospace applications, such as stretching aircraft fuselage skins and forging engine blades. These parts have extremely high requirements for forming accuracy and material properties; large-tonnage hydraulic presses can guarantee forming quality.

New Energy Vehicle Sector: Deep drawing forming of power battery pack housings (aluminum alloy/steel), chassis subframes, and motor housings, meeting the lightweight and high-strength requirements of new energy vehicles.
Building Materials and Composite Materials Industry:

Composite Material Molding: Pressing main beams for large wind turbine blades, nacelle covers, fiberglass hulls, and carbon fiber components. High pressure ensures tight interlayer bonding of composite materials, improving product strength and corrosion resistance.

Refractory Materials/Graphite Electrode Pressing: Producing large graphite electrodes and refractory bricks for the metallurgical industry. 2500 tons of pressure allows for dense bonding of material particles, extending product lifespan.

The 2500-ton hydraulic press is equipped with a multi-cylinder synchronous drive system and a large worktable, adaptable to ultra-large workpieces. It supports multiple process modes such as pressure holding, slow pressing, and fast return. Parameters can be adjusted according to the characteristics of different materials (metal/non-metal/composite materials) to meet high-precision and high-consistency production requirements.