"TEMPO EXPLOSIVES LIMITED" Dynamite (Custom Design -(Inert/Simulated)

Circa Late 1990's to Early 2000's

A custom movie prop manufactured by PROPOLOGY.ca. Portrays a dynamite cartridge manufactured by the fictitious company "TEMPO EXPLOSIVES LIMITED of Radville Indiana". This is a completely inert replica intended for on-screen use in motion pictures.

Real-World Use Cases:

1. Construction and Demolition:

• Tunnelling and Road Building: Used to blast through hard rock to create tunnels for mass transit or roads in mountainous terrain.

• Controlled Demolition: Used for the precise removal of large structures, such as old bridges or buildings, especially when selective removal is required to minimize impact on surrounding areas.

• Trenching: Excavating narrow channels for laying pipelines, cables, and other utility lines.

2. Mining and Quarrying:

• Hard Rock Fragmentation: Gelatin dynamite is specifically used for blasting extremely hard or dense rock that other explosives cannot easily break.

• Coal Mining: Certain "permissible" dynamites are used because they produce a "cool flame," which is less likely to ignite methane gas or coal dust in underground mines.

• Priming: Dynamite often serves as a "primer" (a small, high-energy trigger) to detonate larger, less sensitive, and cheaper blasting agents like ANFO in open-pit or strip mines.

3. Specialized Industrial and Scientific Uses:

• Seismic Exploration: Used in geophysical surveys for oil and gas exploration. Small, controlled charges are detonated in "shot holes" to create seismic waves that geoscientists measure to map underground structures.

• Underwater Blasting: Waterproof versions (blasting gelatines) are used for harbor deepening, clearing underwater obstacles, or canal construction.

• Agriculture: Occasionally used for land clearing to remove large tree stumps or boulders from farmland.

4. Improvised Explosive Devices (IEDs):

Its use in IEDs depends largely on availability and the specific goals of the builder:

• Source of Material: Dynamite used in IEDs is typically stolen or diverted from legal commercial sites, such as construction projects, mining operations, or oil rigs.

• Historical Context: Groups like the Provisional IRA transitioned away from dynamite to fertilizer-based explosives (ANFO) because dynamite was harder to obtain in large quantities and required strict climate-controlled storage.

• Main Charge: Because it is a "high explosive," dynamite can serve as the main charge in devices like pipe bombs or roadside bombs to create a powerful shockwave.

• Booster/Initiator: Sometimes a small amount of dynamite is used as a "booster" to help detonate larger, less sensitive main charges like ANFO.

• Detection: Modern industrial dynamite often contains chemical taggants added during manufacturing to help law enforcement detect it with vapor sensors or trace its origin after a blast.

Why it isn't always the "first choice" for IEDs:

1. Instability: Older dynamite can "sweat" nitroglycerin, making it extremely dangerous for an amateur to handle or transport.

1. Regulation: Industrial explosives are more strictly tracked today than precursor chemicals like fertilizers or household peroxide, which are often used to make Homemade Explosives (HMEs).

Note on Military Use:

Unlike TNT, dynamite is rarely used for military weapons because it is too sensitive to shock and heat for safe frontline transport and use.

NOTE: Rental rate is per piece—9-available.