The 580g cream charger cylinder is a kitchen artifact, also known as a Nitrous Oxide Cylinder, Nitrous Oxide is used because it dissolves easily with liquids and does not oxidize when in the tank. Nitrous oxide N20 also inhibits the growth of bacteria and is odorless and tasteless. In the industry, nitrous oxide bottle can also be called: cream small charger and fresh cream charger, all have 580 grams of cream filling cylinder, whipping cream becomes so easy. It's really tiring to whip cream, especially by hand, and it may not be successful after a few hours of whipping. The appearance of the 580g cream charger cylinder is not only time-saving and labor-saving, but also very convenient. When making drinks, use the universal standard version of the 580g cream filling cylinder. You only need to install the cream can. The whipped cream is really fast and delicate. The 580g cream charger cylinder is also very small and easy to carry. There is no Experienced people can easily get started.
- Environmentally friendly, disposable gas cylinder made of aluminum alloy.
- By ensuring the cleanliness of the cylinder's interior during the sophisticated manufacturing process, the purity of the gas is guaranteed.
- Nitrous oxide inhalation is harmful to human health, so only use Pure N20 Whipped Cream Charger Cylinder for cooking.
At night, have a cocktail made with a cream charger.
Because we use a single package, there won't be any chance of the cylinders colliding and damaging the outer surface.
FAQs
Q: How exactly does the gas react with food?
A: The gas is approved for use as a food additive, specifically as an aerosol spray propellant. It is extremely soluble in fatty compounds, including cream and other substances used for cooking. In a cream dispenser, the gas is dissolved in the substance, and until the dispenser is used the substance inside remains in its liquid state. Once the cream dispenser is used and the substance reaches the air (when the gas merges with oxygen), a chemical reaction takes place which transforms the substance into foamy or a much more volumized substance enhanced with flavor.
Q: The cream produced is too runny?
A: If the cream produced is too runny, this could mean that it needs more time for the reaction between the gas and liquid inside the dispenser to take place. To reach the desired thickness, hold the cream dispenser upside down and shake vigorously for 10-15 seconds. If it is still too runny, this may indicate that the maximum content of the cream dispenser was reached.
Q: The cream produced is too thick?
A: This may have been due to overshaking the cream dispenser. Note that the recommended time of doing this is around 10-15 seconds.
