Approved Tech Kuradium Explosive Compound

[Alban Roble]

OUT OF CHARACTER INFORMATION

• Intent: To create an explosive compound for the closed market and future submissions.
• Image Source: N/A
• Primary Source: N/A

PRODUCTION INFORMATION

• Name: Kuradium Explosive Compound
• Manufacturer: Roble Manufacturing
• Affiliation: Closed-Market
• Homeworld: No
• 
  Production: Mass-Produced
  
• Modularity: No
• Material: Baradium-357, Nitroglycerin [Glycerol, White-Fuming Nitric Acid], Ytterbium

PHYSICAL SPECIFICATIONS

• Classification: Explosive Compound
• Weight: Very Light
• Resistances:
• 
  Blasters: None
• 
  Kinetic: None
  
• 
  Lightsabers: None
  
• 
  Other: None
  

[*]
Color: Electric Blue

SPECIAL FEATURES

• The combined chemical reaction of Baradium-357 and Nitroglycerin create a higher explosive yield than either substance individually.
• The Ytterbium element in the compound stabilizes the chemical compound, making it less hazardous when handling and storing.
• The explosive properties of Kuradium are only triggered when ammonium nitrate is added to the compound. Doing so requires only one drop, which ignites a chain reaction throughout the entire compound.

STRENGTHS

• Specific Trigger: Kuradium is only triggered with Amonium Nitrate is added to the solution, which keeps the substance safe from accidental or sabotaged explosion. Kuradium also contains Ytterbiu, which makes the substance overall less volatile storing and handling the compound, virtually eliminating many of the hazards that come with using and storing explosives.
• Big Boom: The combined chemical elements of Baradium-357 and Nitroglycerin create a higher explosive yield than standard explosives.

WEAKNESSES

• Needs the Signal: Kuradium is essentially 'lifeless' without Ammonium Nitrate, which can create complications when designing Kuradium-based weapons and potentially increase the faultiness of the aforementioned warheads and weaponry.

DESCRIPTION
Created to be a Roble Manufacturing-exclusive explosive chemical compound, Kuradium was the designated name given to the compound derived from Baradium-357, Nitroglycerin and Ytterbium. Much more safer to store and handle than most explosive compounds, and with a higher explosive yield as well, Kuradium is both more dangerous to the enemy and less dangerous to its user and a very valuable chemical when it comes to making explosives. This is largely due to the fact that the chemical substance is only "ignited" when it comes into contact with ammonium nitrate, which causes a chain reaction throughout the compound. Without the ignition substance, Kuradium is essentially 'lifeless' which is both an advantage for storage and safety, but can manifest into a problem if the Kuradium is not activated when being used as a warhead or missile.

 

[Runi Verin]

Approved.