4 mind-blowing chemistry moments from 'Breaking Bad'
12 Sep 2025

Breaking Bad is renowned for its gripping storyline and complex characters, but the show also features some intriguing chemistry tricks that often go unnoticed.

These scientific elements add authenticity to the narrative, making it more engaging for viewers.

While many fans focus on the drama and action, there are subtle chemical details woven into the plot that deserve attention.

This article explores some of these fascinating chemistry tricks from the series.

The magic of mercury fulminate
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In one of the most memorable scenes of the show, Walter White uses mercury fulminate to create an explosive diversion.

The compound is known for its instability and sensitivity to friction or shock. In real life, handling something like that would be extremely dangerous, thanks to its volatile nature.

Breaking Bad cleverly utilizes this chemical property to heighten tension and showcase Walter's expertise in chemistry.

Hydrofluoric acid's unusual properties
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Hydrofluoric acid is prominently featured in a number of Breaking Bad episodes.

Unlike most acids, hydrofluoric acid is capable of dissolving glass due to its ability to react with silicon dioxide.

This unusual property is highlighted in the series when characters use it for disposal.

However, it should be noted that this acid should be handled with extreme caution as it can lead to severe burns.

Ricin: A deadly toxin
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Another chemical element to make a prominent appearance in Breaking Bad is Ricin. Extracted from castor beans, ricin is highly toxic even in the smallest of doses.

The show does get its lethality and how it can be used as a poison without leaving obvious traces.

Although ricin's presence makes the plotline even more suspenseful, it is important for viewers to know such substances are extremely hazardous.

Thermite reaction: A fiery display
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Another one of Walter White's heists in Breaking Bad features the thermite reaction.

Aluminum powder and iron oxide react exothermically to form molten iron at over 2,500 degrees Celsius (4,532 degrees Fahrenheit).

The intense heat of this reaction allows Breaking Bad's characters to cut through metal barriers effectively—a true testament to Walter's resourcefulness using chemistry principles creatively within his schemes.