MultiComponentCombination,UnderwaterBlasting,MiningBlasting,ModernEmulsionExplosives,compositeoilphase,explosives,Mining

Core features of composite oil phase 

for emulsion explosives

Composite composition

Multi-component synergy (composite wax + fuel oil + emulsifier + additives), waxes enhance stability, fuel oil provides energy, emulsifiers promote dispersion, and insensitive agents extend storage period.

High stability

Excellent emulsification performance (O/W emulsion anti-stratification), wide temperature resistance range (-30℃~70℃), strong anti-aging performance (storage period of several months).

High energy and high efficiency

High energy density, fast detonation speed, high intensity, long sympathetic detonation distance, suitable for deep hole blasting and high-density charging.

Strong safety

Low mechanical sensitivity (friction/impact resistance), insensitive design meets industrial safety standards.

Environmentally friendly and economical

Low toxicity and environmental protection (reduced sulfide emissions), easy to obtain raw materials, and controllable costs.

Wide process adaptability

Compatible with mainstream emulsification equipment, adjustable formula (suitable for mines, tunnels and other scenarios).

Compared with traditional oil phase

Better than single diesel (solving stratification, low temperature solidification, low energy problems), the overall performance is significantly improved.

Application scenarios

Mining blasting (rock crushing), underwater blasting (strong water resistance), infrastructure blasting (environmentally friendly and suitable for urban construction).

Summary

Through multi-component optimization and functional design, composite oil phase balance performance, safety and cost is the core technology for upgrading emulsion explosives.

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#HighDetonationVelocity

#HighVigor

#HighSafety

#LowMechanicalSensitivity

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#EnvironmentalProtection

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#ModernEmulsionExplosives

#ApplicationScenarios

#MiningBlasting

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