3 best Carbon Dioxide Dry Ice Youtube Channels

Are you looking to find the best YouTube channels to expand your knowledge on carbon dioxide, dry ice, science, DIY, chemistry, education, physics, experiments, technology, and engineering? Look no further! In this article, we'll be taking a look at some of the top YouTube channels showcasing science and technology-based content that you won't want to miss. Read on to explore the best YouTube channels for experiments and to gain insights on these topics.


Channel Views: ~187.6k Channel Subscribers: ~845 Channel Videos: ~57


ASCO CARBON DIOXIDE LTD is a YouTube channel featuring high-tech content related to carbon dioxide and dry ice, including videos about their applications, properties, and uses in both industrial and lifestyle settings. This channel is perfect for amateur and professional scientists who want to stay up-to-date on the latest carbon dioxide and dry ice technology.


Channel Views: ~161.8k Channel Subscribers: ~644 Channel Videos: ~105


The CRYONOMIC DRY ICE BLASTING EQUIPMENT YouTube channel offers informative videos and demonstrations on the use of carbon dioxide dry ice for dry ice blasting and dry ice cleaning. It covers the production of ice, the application of dry ice, and the features of Cryonomic equipment. It is a great resource for anyone needing to learn more about dry ice technology.

The Original Resinator

Channel Views: ~1.6m Channel Subscribers: ~9.8k Channel Videos: ~26

The Original Resinator Youtube Channel

The Original Resinator is an original YouTube channel that focuses on resin extraction, collection and equipment. They have tons of interesting videos that show viewers the extraction process using dry ice and carbon dioxide. It's a great channel for anyone who's interested in resin extraction.

What is Carbon Dioxide Dry Ice

Carbon Dioxide (CO2) dry ice is a form of solidified CO2 that is used in a variety of industries. First produced in the 1920s, this powerful substance has been used to create cooling effects and preserve perishable foods. It may be referred to as "dry ice", "solid carbon dioxide", or "frozen carbon dioxide". But what exactly is CO2 dry ice, and what are the uses of it?

  • Carbon dioxide dry ice is made by compressing carbon dioxide gas into a block of solidified, frozen gas. This represents an extreme form of cold, as temperatures can drop to -69 degrees Celsius. Its defining feature is that it doesn't simply turn into a liquid (as most other substances do when frozen) - rather, it sublimates (or evaporates) straight from a solid to a gas. This property makes it a highly effective cooling solution, as the gas evaporates quickly and produces a cooling effect on whatever it comes into contact with.
  • One of the primary uses of carbon dioxide dry ice is to preserve perishable goods during shipping. The extremely low temperature of the dry ice ensures that these goods remain cold and safe while they are in transit. On a larger scale, it can be used to help lower the temperature in industrial freezers and walk-in coolers. It has also seen use in the medical field for cryotherapy, which can provide patients with therapeutic, healing cold treatment for injuries.

What's more, dry ice can even create special effects in movies and on stage. Its dry-ice form is suitable to give a fog-like or smoky atmosphere to a scene, or to create a cooling cloud that envelops the audience. It's no wonder then, that CO2 dry ice has become such an indispensable part of our lives.

How to Make Carbon Dioxide Dry Ice

Dry ice is simply frozen carbon dioxide, which can be used for blizzard fogging as well as cool drinks and foods. Making carbon dioxide dry ice is easy and can be done with just a few simple steps.

  1. First, you will need to purchase a CO2 tank that is specifically made for CO2. You can often find these from welding suppliers or at home brewing supply stores. Make sure you purchase a tank that is designed for culinary gasses, and should be labeled as ‘Food Grade’. Then, purchase a regulator that is designed for the tank you have purchased.
  2. Once you have your CO2 tank and regulator, you’re ready to create dry ice. First, attach the regulator to the tank, and then adjust the regulator to an output pressure of around 55 PSI. Next, attach the regulator to the hose, then connect the hose with an adapter to a carbon dioxide dry ice machine. Place the machine in an area that is well ventilated and begin to run the machine, producing wonderful dry ice powder. You now have the ability to create your own carbon dioxide dry ice, perfect for freezing all kinds of drinks and foods. Enjoy!

Possible Uses of Carbon Dioxide Dry Ice

Carbon dioxide (CO2) Dry Ice is one of the most versatile and useful products in science and industry. From chilling food and beverages to using it in medicine, and from acting as a coolant in electronics, to using it as a propellant in fire extinguishers, Dry Ice can be found in many applications around the world. Moreover, there are many possible uses of Carbon Dioxide dry ice which can benefit a variety of industries.

  1. One of the most common uses of Carbon Dioxide dry ice is to keep food and beverages chilled during transport or storage. In medical applications, Carbon Dioxide dry ice can help to freeze and preserve tissue samples, such as cadavers in forensic science. Dry Ice can also be used to perform cryogenic freezing, which is used to store and preserve cells, organs, and other sensitive materials. Additionally, Carbon Dioxide dry ice can be used as a coolant in the electronics industry, as well as in specialized applications, such as ultrasound medical imaging.
  2. Lastly, Carbon Dioxide dry ice can also be used as a propellant in fire-fighting devices, such as fire extinguishers. In fire extinguishers, the carbon dioxide creates a lifeless, smothering atmosphere, which is ideal for smothering unlikely fires that cannot be extinguished by water or other agents. Carbon Dioxide dry ice can also be used in laboratories and industrial settings to freeze particular materials, create a cooling sensation, or achieve other desirable conditions.

Leave a Reply

Your email address will not be published. Required fields are marked *