Our advertised conversion rate of over 43.5% is achieved under optimal, yet realistic, industrial conditions. The most critical factor for a high conversion rate dry ice machine is the quality of the incoming liquid carbon dioxide (LCO₂). For best results, the LCO₂ should be sourced from a well-insulated tank with an internal pressure of 16-22 bar (230-320 PSI). This ensures the CO₂ remains in its liquid phase until the moment of injection. Colder ambient temperatures can also slightly improve the rate, but the pressure and purity of the CO₂ source are the primary drivers for maximizing the output of your dry ice production machine .
FAQ
What are the ideal conditions for your >43.5% conversion rate?
Related Articles
BlogCan You Buy Dry Ice for Cocktails? Where to Find It
Creating a heavy, rolling fog over a signature cocktail is a guaranteed way to elevate the guest experience in high-end hospitality. However, a common and dangerous misconception …
Read moreDry Ice First Aid: What to Do in Case of Frostbite or CO2 Asphyxiation？
Working with dry ice involves two distinct physical hazards: extreme cryogenic temperatures (-78.5°C / -109.3°F) and the rapid expansion of carbon dioxide gas. Understanding the …
Read moreCan You Touch Dry Ice? The Definitive Safety Guide for Beginners
Whether you are packing a medical cooler, cleaning an engine bay, or setting up a catering event, the most common question for first-time users is: Can you touch dry ice with your …
Read more