01 — Press System
The 1600-ton four-pillar hydraulic press provides a heavy-duty, ultra-stable industrial forming system custom-engineered for heavy-engineering hot forging operations. This massive layout is deployed globally across Tier-1 automotive, aerospace, and energy infrastructure plants to manage high-volume manufacturing of safety-critical powertrain hardware.
Hot forged rolled rings and connecting rods endure high dynamic loads, demanding extreme microstructural integrity and strict control over internal material flow. This press system delivers the steady, high-capacity tonnage and robust mechanical guiding needed to shape glowing billet materials without causing internal structural flaws or uneven wall thicknesses.
Core Applications
Material
Typical Products Processed
Key Functions
Why 1600 Ton Hydraulic Press?
02 — Technical Specifications
The SM 1600 HP hydraulic press delivers massive forging forces alongside superior frame deflection resistance under intense thermal shock conditions. Its high-capacity variable pumping architecture and precise slide positioning ensure optimal metal flow and exceptional grain structure uniformity.
Capacity
Structural Design
Frame Type
Hydraulic System
Main Ram Stroke
Working Hydraulic Pressure
Daylight Gap
Approach Speed
Pressing / Drawing Speed
Return Speed
Bed / Platen Size Platen
Columns
Working Envelope
Control System
Main Motor Power
Valves & Hydraulics
Automation
Safety Features
03 — Die / Mold System
This heavy-duty industrial tooling system utilizes advanced closed-die engineering to control plastic deformation and material flow under extreme temperatures. Its robust structural design withstands intense thermal fatigue and cyclical high-tonnage impacts while maintaining absolute dimensional geometry.
Technical Specifications (Tooling)
Die Type
Die Materials
Tool Configuration & Construction
Key Tooling Features
Alignment Accuracy
Process Materials
Surface Finish
Tool Life
04 — Product Application
Precision hot forged rolled rings and connecting rods form the core structural backbone of heavy-duty rotating machinery and high-stress internal combustion powertrains. These high-density metallurgical components are engineered to withstand extreme cyclical fatigue, immense torque loads, and intense thermal pressures without mechanical failure.
These safety-critical forgings are indispensable across the global automotive powertrain, defense aviation, maritime propulsion, and large-scale renewable energy infrastructure sectors. Their superior grain orientation and high mechanical properties allow original equipment manufacturers to fulfill demanding safety regulations, strict environmental emissions mandates, and extreme operational durability targets.
High-tensile forged connecting rods bridge the pistons and crankshafts inside high-output passenger car engines and heavy commercial diesel trucks. Their optimized grain flow structures deliver maximum fatigue resistance under continuous high-speed combustion strokes while maintaining precise weight matching.
Seamless hot forged rolled rings are machined into critical fan cases, combustor liners, and structural rotor seals for commercial aircraft jet engines. The absolute uniformity of the forged matrix guarantees exceptional structural integrity under extreme centrifugal forces and rapid high-temperature fluctuations.
Massive precision rolled rings serve as the foundational yaw bearings, pitch gears, and main rotor shaft connections inside utility-scale wind turbines. The flawless internal density prevents sub-surface micro-cracking, allowing these heavy-engineering components to endure decades of erratic wind shear loads.
Robust forged rings are utilized as large gear blanks, kiln tires, and heavy-duty slewing rings for massive excavators and tunnel boring shields. The high fracture toughness and wear resistance enable non-stop operational performance in highly abrasive subterranean environments under intense impact stresses.
05 — Key Advantages
The 1600-Ton Sinter Hydraulic Press delivers the massive compression forces and rigid frame stability required to form high-density alloy billets at extreme temperatures. Its advanced variable stroke speed profiles and robust structural guidance guarantee deep material penetration, flawless grain alignment, and maximum part longevity.
The heavy-duty pre-stressed four-column frame easily counteracts the extreme mechanical resistance generated when compressing hot alloy steels. Minimizing structural deflection ensures perfectly uniform pressure distribution across the die cavity, eliminating geometric distortion in heavy forgings.
Advanced hydraulic valves dynamically adjust the ram speed down to milliseconds during the active compression stroke to match metal plastic deformation. This precise control guides the glowing metal smoothly into intricate die contours, completely avoiding internal structural folds or micro-voids.
The high-capacity bottom ejector system provides powerful, swift upward stripping force to pop finished components out of the cavity instantly. Rapid automated ejection limits the time glowing parts spend touching the tooling, drastically dropping thermal stress and preventing heat cracking.
Extra-long bronze guide bushings combined with heavy-duty induction-hardened solid steel columns absorb massive eccentric forces during asymmetric pre-forming stages. Balancing off-center structural shocks keeps the upper and lower dies flawlessly aligned, minimizing tool chipping and premature die wear.
Dual redundant non-contact linear transducers track the precise vertical position of the slide within a fraction of a millimeter. Achieving near-net-shape dimensions straight out of the press bed reduces raw metal weight overhead and saves expensive CNC machining time.
Specialized fast-acting pre-fill valves execute rapid oil decompression sequences to compress total cycle times for high-volume automotive supplier lines. Accelerating the tool return movement boosts hourly throughput capacity while reducing total energy consumption per forged component.