cheshire_kitty
All that remains
[SIZE=10.5pt]Image Source:[/SIZE][SIZE=10.5pt] N/A[/SIZE]
[SIZE=10.5pt]Intent:[/SIZE][SIZE=10.5pt] The KM - 001 Fluorosulfuric Acid Bombs are created as highly corrosive acid bombs for use by the One Sith.[/SIZE]
[SIZE=10.5pt]Development Thread:[/SIZE][SIZE=10.5pt] If necessary[/SIZE]
[SIZE=10.5pt]Manufacturer:[/SIZE] Overwatch Industries
[SIZE=10.5pt]Model:[/SIZE][SIZE=10.5pt] KM – 001 Fluorosulfuric Acid Bombs[/SIZE]
[SIZE=10.5pt]Affiliation:[/SIZE] Overwatch Industries and its clients
[SIZE=10.5pt]Modularity:[/SIZE][SIZE=10.5pt] No[/SIZE]
[SIZE=10.5pt]Production:[/SIZE] Mass-produced (transaction approval required to use)
[SIZE=10.5pt]Material: [/SIZE][SIZE=10.5pt]Fluorosulfuric acid encased in a brittle Teflon outer.[/SIZE]
[SIZE=10.5pt]Range: [/SIZE][SIZE=10.5pt]1.5 meter radius (approx.)[/SIZE]
[SIZE=10.5pt]Length: [/SIZE][SIZE=10.5pt]5cm[/SIZE]
[SIZE=10.5pt]Weight:[/SIZE][SIZE=10.5pt] 550g[/SIZE]
[SIZE=10.5pt]Volume: 500ml[/SIZE]
[SIZE=10.5pt]Description:[/SIZE]
[SIZE=10.5pt]The KM – 100 Fluorosulfuric Acid Bombs comes in a cushioned durasteel case and need to be handled with care once removed. The Teflon which encases the bombs have been submerged in dry ice making it brittle, and will break allowing the acid to gush out if dropped from a height that exceeds 1.5 meters.[/SIZE]
[SIZE=10.5pt]Fluorosulfuric Acid is highly corrosive and will burn through almost everything. In addition to this, when the acid comes in contact with water, it will form a hydrogen fluoride and sulfuric acid mist. This mist will cause chemical burns to whatever it comes in contact with. In case of fires, the acid may form toxic and irritating fumes of hydrogen fluoride and sulfuric acid. When the acid comes in contact with water near fires, it produces toxic, and irritating hydrogen fluoride fumes. When inhaled, these fumes will cause severe irritation to the victim’s nose and throat. Furthermore, when the liquid is ingested, it will cause very severe burns to the mouth and stomach. [/SIZE]
[SIZE=10.5pt]Reactivity Profile[/SIZE]
[SIZE=10.5pt]* This acid reacts exothermically with chemical bases (some of which are - amines, amides, and inorganic hydroxides). When these reactions occur in small spaces, they can generate dangerously large amounts of heat. [/SIZE]
[SIZE=10.5pt]*The acid also reacts violently when it comes in contact with water to making hydrofluoric acid and sulfuric acid. [/SIZE]
[SIZE=10.5pt]* When it comes in contact with active metals, including structural metals like aluminium and iron, the acid release a flammable gas. In addition to this, it can also initiate the polymerization of certain alkenes. [/SIZE]
[SIZE=10.5pt]*The acid reacts to cyanide compounds to releasing a gaseous hydrogen cyanide. This creates flammable and/or toxic gases when it comes in contact with dithiocarbamates, isocyanates, mercaptans, nitrides, nitriles, sulfides, and strong reducing agents. Additional gas-generating reactions happens with sulfites, nitrites, thiosulfates (to give H2S and SO3), dithionites (SO2), and carbonates. Furthermore, it may increase the rate of chemical reactions. [/SIZE]
[SIZE=10.5pt]Edit: Forgot to add a source[/SIZE]
[SIZE=10.5pt]Intent:[/SIZE][SIZE=10.5pt] The KM - 001 Fluorosulfuric Acid Bombs are created as highly corrosive acid bombs for use by the One Sith.[/SIZE]
[SIZE=10.5pt]Development Thread:[/SIZE][SIZE=10.5pt] If necessary[/SIZE]
[SIZE=10.5pt]Manufacturer:[/SIZE] Overwatch Industries
[SIZE=10.5pt]Model:[/SIZE][SIZE=10.5pt] KM – 001 Fluorosulfuric Acid Bombs[/SIZE]
[SIZE=10.5pt]Affiliation:[/SIZE] Overwatch Industries and its clients
[SIZE=10.5pt]Modularity:[/SIZE][SIZE=10.5pt] No[/SIZE]
[SIZE=10.5pt]Production:[/SIZE] Mass-produced (transaction approval required to use)
[SIZE=10.5pt]Material: [/SIZE][SIZE=10.5pt]Fluorosulfuric acid encased in a brittle Teflon outer.[/SIZE]
[SIZE=10.5pt]Range: [/SIZE][SIZE=10.5pt]1.5 meter radius (approx.)[/SIZE]
[SIZE=10.5pt]Length: [/SIZE][SIZE=10.5pt]5cm[/SIZE]
[SIZE=10.5pt]Weight:[/SIZE][SIZE=10.5pt] 550g[/SIZE]
[SIZE=10.5pt]Volume: 500ml[/SIZE]
[SIZE=10.5pt]Description:[/SIZE]
[SIZE=10.5pt]The KM – 100 Fluorosulfuric Acid Bombs comes in a cushioned durasteel case and need to be handled with care once removed. The Teflon which encases the bombs have been submerged in dry ice making it brittle, and will break allowing the acid to gush out if dropped from a height that exceeds 1.5 meters.[/SIZE]
[SIZE=10.5pt]Fluorosulfuric Acid is highly corrosive and will burn through almost everything. In addition to this, when the acid comes in contact with water, it will form a hydrogen fluoride and sulfuric acid mist. This mist will cause chemical burns to whatever it comes in contact with. In case of fires, the acid may form toxic and irritating fumes of hydrogen fluoride and sulfuric acid. When the acid comes in contact with water near fires, it produces toxic, and irritating hydrogen fluoride fumes. When inhaled, these fumes will cause severe irritation to the victim’s nose and throat. Furthermore, when the liquid is ingested, it will cause very severe burns to the mouth and stomach. [/SIZE]
[SIZE=10.5pt]Reactivity Profile[/SIZE]
[SIZE=10.5pt]* This acid reacts exothermically with chemical bases (some of which are - amines, amides, and inorganic hydroxides). When these reactions occur in small spaces, they can generate dangerously large amounts of heat. [/SIZE]
[SIZE=10.5pt]*The acid also reacts violently when it comes in contact with water to making hydrofluoric acid and sulfuric acid. [/SIZE]
[SIZE=10.5pt]* When it comes in contact with active metals, including structural metals like aluminium and iron, the acid release a flammable gas. In addition to this, it can also initiate the polymerization of certain alkenes. [/SIZE]
[SIZE=10.5pt]*The acid reacts to cyanide compounds to releasing a gaseous hydrogen cyanide. This creates flammable and/or toxic gases when it comes in contact with dithiocarbamates, isocyanates, mercaptans, nitrides, nitriles, sulfides, and strong reducing agents. Additional gas-generating reactions happens with sulfites, nitrites, thiosulfates (to give H2S and SO3), dithionites (SO2), and carbonates. Furthermore, it may increase the rate of chemical reactions. [/SIZE]
[SIZE=10.5pt]Edit: Forgot to add a source[/SIZE]
