Comprehensive Solutions for Shock Wave and Explosion Measurement
Capture critical shock and blast data with precision-engineered monitoring systems tailored for defense, mining, demolition, and infrastructure testing. These tools provide accurate peak pressure, time-of-arrival, and total impulse measurements to ensure safety, compliance, and structural integrity.
Reliable Solutions for Extreme Events
Advanced Blast Pressure Sensors
Our blast transducers—available as free-field pencil probes, lollipop designs, grounded-isolated units, and tourmaline elements—are built to endure high-frequency shock waves and harsh environments. Featuring integral electronics for long cable stability, microsecond response times, and acceleration compensation, these sensors deliver distortion-free data even under extreme conditions.
Reliable Solutions for Extreme Events
Advanced Blast Pressure Sensors
Our blast transducers—available as free-field pencil probes, lollipop designs, grounded-isolated units, and tourmaline elements—are built to endure high-frequency shock waves and harsh environments. Featuring integral electronics for long cable stability, microsecond response times, and acceleration compensation, these sensors deliver distortion-free data even under extreme conditions.
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Scalable to Your Testing Needs
Precision Instruments for Demanding Applications
Suited for explosive testing in air and underwater, these sensors are ideal for measuring shock waves from blasts, explosions, and propellant burns. Options include single- and dual-element probes for shock timing and peak impulse analysis, along with isolation options for sensitive environments.
- High‑Frequency Response: Microsecond rise times with resonant frequencies ≥ 400 kHz ensure accurate shock tracking.
- Durable Quartz, Ceramic & Tourmaline Sensors: Rugged construction handles extreme pressure and vibration loads.
- Multiple Configurations: Free-field pencil probes, lollipop heads, tourmaline pressure bars, and underwater sensors for diverse test conditions.
- Time-of-Arrival Measurement: Dual-element probes enable shock velocity calculation and precise timing.
- Long-Cable Stability: Integrated ICP electronics drive signals over long cables; signal conditioners support up to 20 mA current.
- Peak and Impulse Capture: Optimized for peak pressure and total impulse for accurate explosive response measurement.
FAQs
FAQs
Air and underwater explosions, mining blasts, demolition testing, propellant burns, structural impact studies, and shock tube experiments.
Sub-6 µs rise times and resonant frequencies above 400 kHz ensure precise tracking of shock wave dynamics.
Yes—dual-element pencil probes can detect both peak and time-of-arrival in a single device for velocity calculations.
Specialized tourmaline models exist, designed for high-pressure underwater environments with oil-filled protection.
Defense labs, mining and construction firms, structural engineers, testing agencies, and safety auditors rely on these tools for accurate blast characterization.
