Split Hot Isostatic Pressing Machine 150 Ton Laboratory Heated Isostatic Press

Product Overview

This advanced split hot isostatic pressing system represents the pinnacle of laboratory material compaction technology, combining high-pressure isostatic pressing with precise heating capabilities up to 200°C. By utilizing a split-body architecture that physically separates the heavy-duty hydraulic pressing frame from the intelligent electronic control console, this unit offers unprecedented space optimization, thermal isolation, and electronic protection for high-performance laboratory environments. Its massive 150-ton capacity and specialized design make it an indispensable tool for advanced material synthesis requiring extreme density uniformity.

Engineered specifically for demanding scientific research and industrial development, the equipment is widely utilized in battery energy research, advanced ceramics engineering, catalyst development, and semiconductor electronics. The uniform 300 MPa or 500 MPa isostatic pressure field eliminates internal stress gradients within green compacts, ensuring flawless structural integrity during subsequent sintering cycles. This makes the system ideal for consolidating difficult-to-press materials, high-value powders, and complex sample geometries with absolute dimensional accuracy.

Built to endure rigorous daily operating cycles under the most demanding laboratory conditions, this pressing system features a heavy-duty steel frame, robust hydraulics, and dual-layer safety enclosures. B2B operators can rely on its predictable, highly repeatable pressure and temperature ramps, ensuring consistent sample quality and flawless performance. This equipment delivers the reliability, durability, and high-performance metrics that professional research institutes and industrial manufacturers depend on for critical applications.

Key Features

• Split-Body Engineering Design: The physical separation of the pressing frame from the electronic control cabinet minimizes vibrational wear, isolates sensitive digital components from thermal radiation, and allows operators to control high-pressure cycles from a safe distance, dramatically extending the overall service life of the machine.
• Dual-Variable Multi-Segment Program Control: Operators can customize up to 18 stages of complex pressure and temperature profiles, allowing precise, independent scheduling of ramp rates, dwell times, and cooling periods for highly specialized thermomechanical processing and material annealing.
• Integrated Rapid Water-Cooling System: Featuring an active water circulation loop, this unit accelerates the cooling phase post-pressing, allowing for rapid thermal dissipation and minimizing the cycle-to-cycle turnaround time in fast-paced testing laboratories.
• High-Definition IPS Touch Interface: A premium 7-inch industrial-grade touch panel provides real-time visualization of processing curves, complete with micro-adjustments, system diagnostic logs, and convenient USB data export capability in Excel format for thorough downstream analysis.
• Automated Isostatic Pressure Conversion: The integrated digital microprocessor automatically calculates the precise sample-level isostatic pressure based on the user-inputted physical dimensions of the sample, eliminating manual calculation errors and ensuring process accuracy.
• Dual-Layer Mechanical and Safety Shielding: Equipped with a heavy-duty steel frame and a high-impact organic glass shield door, the press incorporates active limit switches and automatic pressure-limiting valves to prevent over-pressurization and protect operating personnel.
• Ultra-Precise Pressure Readout Resolution: Featuring a high-resolution load cell and digital signal processor, the pressure display resolution reaches 0.01 tons, facilitating highly repeatable results in precision powder metallurgy and materials research.
• Robust Wear-Resistant Control Keys: In addition to the touchscreen interface, the controller integrates premium aluminum-silver contact buttons rated for over 100,000 operations, ensuring absolute operational reliability even in dusty, challenging powder-processing environments.

Applications

Technical Specifications

Why Choose This Product

• Unrivaled Uniformity through Precision Engineering: By applying high-temperature isostatic pressure uniformly in all directions, our system guarantees zero density gradients, yielding flawless green-state structures that outperform conventional uniaxial presses.
• Rugged Industrial Durability: Crafted from premium structural steel and hard-anodized alloys, the split-frame configuration isolates sensitive digital controllers and hydraulic pumps from temperature shifts and physical vibration, guaranteeing decade-long reliability.
• Advanced PLC and Touchscreen Integration: The robust control software features dual-parameter curve logging, comprehensive system diagnostics, and automated pressure calculations, simplifying complex scientific protocols into repeatable, one-touch programs.
• Complete Multi-Tier Safety Protocols: Engineered with redundant mechanical and digital safety interlocks—including automatic pressure relief, physical limit switches, and double-walled polycarbonate shielding—this system ensures absolute laboratory safety at 150-ton forces.
• Tailored Solutions & Global Support: KINTEK provides customizable chamber dimensions, optional mold geometries, and direct access to our specialist B2B engineering team to ensure rapid installation, training, and ongoing technical support.

Contact the KINTEK technical sales team today to request a detailed quotation, discuss custom chamber configurations, or arrange a process demonstration for your laboratory.

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