Products Detail
Shock Tube (ZD-ST-200)
Core Positioning
A shock tube is an aerodynamic experimental device that utilizes high-velocity gas to generate shock waves, capable of simulating high-pressure, high-temperature, and high-speed gas flow environments. Compared to traditional explosive-loading systems, shock tubes offer superior safety, simpler operation, and more stable shock wave pressures; they are widely applied in fields such as shock wave load research and the analysis of explosion trace formation mechanisms.
Application Fields
Research on damage characteristics inflicted on objects by gas explosions
Mechanisms of explosion trace formation under shock wave loads and debris impact
Material property testing under high-velocity impact
Fundamental aerodynamic research
Engineering tests involving protective structures, sensor calibration, etc.
Test Materials (Testable Samples)
Metal materials and structural components
Composite materials
Protective armor and impact-resistant materials
Explosion trace samples
Sensors and precision instruments (for calibration purposes)
Core Parameters (90mm Bore Configuration)
|
Parameters |
Specifications / Range |
|
Equipment Model |
ZD-ST-200 |
|
Launch Tube Inner Diameter |
Φ90mm,Nitrided Inner Wall |
|
Pressure Range |
0.5 – 5MPa |
|
Direct Wave Pressure Range |
0.05 – 0.5MPa |
|
Control System |
Remote Control; Automatic Inflation and Membrane Rupture |
|
Footprint Dimensions |
6m × 2m |
|
High-Pressure Tube Yield Strength |
≥930 MPa(42CrMo) |
Key Advantages
Safe and Reliable: Features remote control, a visual isolation zone, and automated execution of experimental procedures.
Pressure Stability: Delivers excellent repeatability in shockwave pressure, surpassing traditional explosive-based methods.
High Efficiency: Automated gas charging and diaphragm rupture mechanisms significantly boost experimental efficiency.
High Customizability: The launch tube caliber and gas pressure range can be customized to meet specific requirements.
Compatibility with Precision Data Acquisition Systems: Integrates seamlessly with pressure sensors and high-precision data acquisition cards, making it ideal for both scientific research and engineering testing applications.
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