Initiating Systems

Anti-Vibration Electronic Initiating System

This system is designed for high-vibration environments, suitable for small cross-section tunneling (with hole spacing ≤600 mm), pile foundation blasting, demolition blasting, and other blasting projects that require enhanced vibration resistance.

In addition to general blasting scenarios, this system is particularly well-suited for small cross-section tunneling, pile foundation blasting, and demolition blasting.

Key Benefits

Superior anti-static, anti-stray current, and anti-radio frequency performance. IoT intelligent control with key authorization detonation.
The blasting network is detectable, and compared to standard electronic detonators, this system offers significantly enhanced performance in vibration resistance, interference resistance, surge current resistance, tensile strength, water resistance, abrasion resistance, and flexibility.

Technical Properties

Testing Items Technical Properties
Delay Time 12,000 ms, minimum interval 1 ms
Delay Accuracy 0-300 ms delay, accuracy deviation ≤±1.5 ms; >300 ms delay, accuracy deviation ≤±0.5%
Explosion Shock Wave Resistance When detonating one standard electronic detonator underwater at a depth of one meter, it generates a shock wave. Ten adjacent detonators, evenly spaced 50 mm apart, should still function normally after exposure to this shock wave.
Anti-Static Performance The detonator does not explode when its leg wires are discharged at 25 kilovolts using a 500 picofarad capacitor and a 5,000 ohm series resistor.
Surge Current Resistance The system is equipped with a four-level protection circuit to prevent damage to the electronic ignition module from high-frequency, high-voltage transient currents, and low-frequency, low-voltage large currents.
Anti-Knock Property The detonator is subjected to a jolt tester with a cam speed of (60±1) r/min and a drop height of (150±2) mm for 15 minutes. During the test, the detonator could not explode, loosen, or suffer damage. After the test, the detonator could function normally.
Leg Wire Tensile Strength Under 40 kg (392N) static tension, the wire core and insulation layer should not break, damage, or short circuit.
Leg Wire Tensile Strength With a 2,700 g weight vertically applied to the insulation layer, and sandpaper in between, the insulation layer could not short-circuit after abrasion distance ≥300 mm.
Water Resistance The detonator could function normally after being submerged at 0.3 MPa water pressure for 72 hours.
Leg Wire Bending Resistance The leg wires could maintain normal conductivity without breaking or cracking after being bent 10 times in an environment ranging from -40°C (-40°F) to 85°C (185°F).
High and Low Temperature Resistance All performance metrics meet the standards, and the detonator functions normally in operating environments ranging from -40°C (-40°F) to 85°C (185°F).
Leg Wire Resistance ≤0.4 ohm/m
Base Charge RDX: 800 mg; Initiating explosive: 300 mg
Initiation Capacity Capable of penetrating a 5 mm thick lead plate, with a hole diameter of at least 10 mm.
Shelf Life 2 years

Need Custom Formulations?

Our R&D team can develop custom explosive formulations tailored to your
specific geological and operational requirements.

Request Custom Solution