High Precision High Temperature Stage Modular Vacuum Stage FH5000 - 1000V

The GoGo FH5000-1000V is a state-of-the-art In-Situ Tensile Stage designed to meet the most demanding requirements of modern materials research. It integrates extreme temperature capability (up to 1000°C), a high-force mechanical testing frame (5000N), and a vacuum environment into a single, sophisticated platform. This system empowers researchers to perform tension, compression, shear, and bending tests on high-performance materials like advanced ceramics, superalloys, and composites, all while observing failure mechanisms in real-time through a large observation window. As a versatile and powerful Tensile Stage, it is the definitive solution for multi-dimensional mechanical characterization under conditions that simulate real-world extreme service environments.

• Unmatched High-Temperature & High-Force Performance: This Tensile Stage is engineered to apply precise loads up to 5000N while maintaining exceptional temperature stability of ±0.1°C at 1000°C, enabling reliable testing of materials destined for aerospace, energy, and propulsion applications.
• Vacuum-Integrated for Pure Material Science: The built-in vacuum chamber is critical for testing at extreme temperatures. It prevents oxidation and chemical degradation of samples, ensuring that the measured mechanical properties are intrinsic to the material and not skewed by surface reactions.
• Modular Multi-Mode Testing Efficiency: Transform your testing workflow. This unified Tensile Stage allows rapid switching between fundamental mechanical test modes by changing specialized grips, eliminating the need for multiple single-function testers and ensuring consistent experimental conditions.
• Superior In-Situ Observation Capability: A massive φ85mm top window provides an exceptionally clear and wide field of view. This is essential for coupling with high-resolution microscopes or digital image correlation (DIC) systems to capture micro-crack initiation and propagation during tests.
• Intelligent Control & Certified Reliability: Governed by the advanced TNEX software, the system automates complex thermo-mechanical test protocols. Manufactured under ISO 9001, 14001, and 45001 certifications, it guarantees precision and durability for rigorous laboratory use.

This specialized Tensile Stage serves the forefront of materials research in strategic global markets, including Southeast Asia, the Middle East, Russia, and Africa. It is an indispensable instrument for leading universities, government research laboratories, and industrial R&D divisions in aerospace, automotive, and advanced manufacturing sectors.

1.  What materials are best tested with this Tensile Stage? It is ideal for advanced ceramics (e.g., SiC, ZrO2), high-temperature metal alloys, ceramic-matrix composites (CMCs), and other materials used in applications where mechanical integrity at extreme temperatures is critical.
2.  Why is a vacuum environment necessary for 1000°C testing? At such high temperatures, most metals and many ceramics rapidly oxidize in air, forming a surface layer that drastically alters mechanical properties. Vacuum testing reveals the true, degradation-free behavior of the base material.
3.  How difficult is it to switch between different testing modes? The process is designed for efficiency. The modular grips and fixtures can be interchanged quickly, allowing a single lab to conduct a comprehensive suite of mechanical tests without dedicated equipment for each mode.
4.  What kind of data can the TNEX software record? The software can synchronously record and correlate temperature, applied force, displacement, time, and—if integrated—live video from a microscope, creating a complete digital record of each experiment for detailed analysis.
5.  What is included for immediate operation? The system is supplied as a complete workstation, including the main tensile stage with core fixtures, a high-precision temperature controller, a recirculating chiller, a 5000N force controller, TNEX software, and all essential cables and accessories.