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Loading poles are used for explosive and emulsion loading in drill and blast operations.
They give crews reach and control when positioning product in the blast hole, helping keep hands back from the collar during loading.
These are supplied as complete load pole assemblies. Each assembly is made up of a wooden pole fitted with a single or with multiple ends.
Wooden poles form the main body of the assembly. They’re made from 1 1/4" smooth poplar premium wood and they are lightweight, easy to handle, and common on mine sites.
The ends attach to the pole and handle the working end of the job. They’re used to push explosives into position and help control placement during loading. They can also be used to connect one segment of pole to another to extend its length.
Used for
- Explosive and emulsion loading
- Positioning product in the blast hole
- Reducing direct handling at the collar
- Underground and surface drill and blast work
Load Pole Assembly components
- Wooden poles
- Non-Sparking pole ends
Loading poles are a basic blasting tool. No moving parts. No setup. Just a simple way to load safely and consistently.
Terms & Conditions
Non-Sparking
Case Studies
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38% Finer Fragmentation. 15% Less Oversize. Her...
A 90-million-tonne iron ore mine in South America was dealing with flyrock, oversize, and poor fragmentation. By adding Rockrivets to their stemming design, they cut P80 by 38% and reduced...
38% Finer Fragmentation. 15% Less Oversize. Her...
A 90-million-tonne iron ore mine in South America was dealing with flyrock, oversize, and poor fragmentation. By adding Rockrivets to their stemming design, they cut P80 by 38% and reduced...
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Reduce Ore Loss & Dilution in Mining
Discover how a major South American copper mine cut ore loss by 36.6% and saved over $42,000 using MTi’s BLASTBAG™ technology.
Reduce Ore Loss & Dilution in Mining
Discover how a major South American copper mine cut ore loss by 36.6% and saved over $42,000 using MTi’s BLASTBAG™ technology.
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Flyrock Reduction in Surface Blasting
BLASTBAG™ air decking cut flyrock incidents to near zero and reduced charge per hole by 33 lbs, enabling safer blasting at a West African gold mine.
Flyrock Reduction in Surface Blasting
BLASTBAG™ air decking cut flyrock incidents to near zero and reduced charge per hole by 33 lbs, enabling safer blasting at a West African gold mine.
Learn
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What is Air Decking in Blasting?
Air decking can let you use less explosive while improving fragmentation, reducing flyrock, and controlling vibration. Here's how it works — and why more sites are making the switch.
What is Air Decking in Blasting?
Air decking can let you use less explosive while improving fragmentation, reducing flyrock, and controlling vibration. Here's how it works — and why more sites are making the switch.
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How to Prevent Flyrock on Your Site
Flyrock can damage equipment, shut down sites, and can be fatal. One bad shot can end your project. You know what causes it. Fixing it is different.
How to Prevent Flyrock on Your Site
Flyrock can damage equipment, shut down sites, and can be fatal. One bad shot can end your project. You know what causes it. Fixing it is different.
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Can You Diagnose Blast Issues By Simply Looking...
Learn how to read the muck pile after blasting to spot fragmentation, throw, and stemming issues before the next shot.
Can You Diagnose Blast Issues By Simply Looking...
Learn how to read the muck pile after blasting to spot fragmentation, throw, and stemming issues before the next shot.
