Buy CO₂ cylinders

You will receive an aluminum CO₂ cylinder including 425 g filling for up to 60 liters of sparkling water with certified German quality food-grade carbon dioxide (E290) and naturally mild fruit aroma (except Classic).

Nature provides us with a rich treasure trove of raw materials and natural flavors. We harness this diversity at SodaTASTE. Our CO₂ cylinders represent sustainable solutions and an environmentally conscious lifestyle. With them, you get an alternative to syrup and juice additives in sparkling water.

With our natural fruit flavors without sugar or sweeteners, we offer you quality that you can taste and make a valuable contribution to our environment. So, our CO₂ cylinders save the production of more plastic bottles and can be used in the recycling cycle for many years after carbonating up to 60 liters of flavored water. We also source our sustainable biogenic CO₂ from bioethanol plants through a natural process. This way, we can use existing CO₂ that does not further burden the atmosphere.

Thanks to our patented method, fresh and light taste is already present directly in the CO₂ cylinder. A true revolution in the world of water carbonators! Whether it's zesty lemon or fresh lime, enticing raspberry, or even exotic ginger in your CO₂ cylinder - you'll always find something that suits your day with us.

But it's not just about taste; we're also special in the assembly of home water carbonators. Our CO₂ cylinders are compatible with all common carbonators due to their standard screw cap (excluding Sodastream's Quick-Connect systems).

Due to the diversity within the world of water carbonators, each device reacts slightly differently when filling our CO₂ cylinders. We recommend gradually testing how quickly your water carbonates during your first cylinder use and waiting 10-15 seconds before removing. When using electric carbonators, we note that the carbonation button must be manually stopped after about one second, as the pressure equalization by the device itself may occur too late, resulting in uncontrolled foaming.