Where are the main applications of nitrous oxide?
Nitrous oxide is a colorless gas that was first synthesized in 1772 by Joseph Priestley. Its medical applications in anesthesia and pain relief are common in the fields of surgery and dentistry.

Recently, nitrous oxide (also known as laughing gas) caused the excitement of young people due to the inhalation of this substance, so its excessive use among young people has caused widespread concern around the world.

Cooking with nitrous oxide in haute cuisine
Nitrous oxide can be used in various cooking processes. Due to its anticorrosive effect, this gas is often used in professional kitchens. Due to the low temperature and evaporative cooling characteristics of nitrous oxide, food can be stored for a long time under pressure.

When making fresh cream, when the cream dispenser is pressurized, nitrous oxide is injected into the cream molecules, resulting in a more fluffy texture and rich beauty.

Fun fact: Did you know that nitrous oxide is often used to fill the extra space in snack food and french fries bags? Gas has the property of preventing the growth of bacteria.

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Combustion aid
A modified vehicle using a nitrogen-oxygen acceleration system sends nitrous oxide into the engine, where it is decomposed into nitrogen and oxygen when heated, which improves the combustion rate and speed of the engine. Oxygen has a combustion-supporting effect and accelerates fuel combustion.

Rocket oxidizer
Nitrous oxide can be used as a rocket oxidant. This advantage over other oxidants is that it is non-toxic, stable at room temperature, easy to store and relatively safe to fly. The second advantage is that it can be easily broken down into breathing air.

Nitrous oxide and nitrous oxide are often used in combination with halothane, methoxyflurane, ether or intravenous general anesthetics because of the poor effect of general anesthesia. It is less used now. N2O is used for anesthesia, it has no irritation to the respiratory tract, and has no damage to the functions of important organs such as the heart, lungs, liver, and kidneys. Without any bio-transformation or degradation in the body, most of them are still excreted with the breath as the original medicine, and only a small amount evaporates from the skin without accumulation. It only takes 30s-40s to inhale the body to produce analgesic effect. The analgesic effect is strong but the anesthesia effect is weak. The subject is awake (not anesthetized), avoiding the complications of general anesthesia, and recovering quickly after the operation.