JBL JBL ProFlora CO2 Advanced Set U

Product Description

JBL ProFlora CO2 Advanced Set U - with disposable CO2 cylinder

The JBL CO2 system comes directly to your home with a pressurized cylinder, pressure regulator, solenoid valve (with nighttime shut-off), bubble counter/check valve, and reactor. This plug-and-play CO2 system thus provides everything needed to operate a CO2 system in an aquarium. Suitable for aquariums ranging from 40 to 600 liters.

• Ready-to-connect CO2 fertilization system with solenoid valve for nighttime shut-off

• Reusable storage cylinder, TÜV-certified.

• Includes CO2/pH permanent test strip

JBL ProFlora CO2 Advanced Set U – with disposable CO2 cylinder

• Ready-to-connect CO₂ fertilization system with solenoid valve for nighttime shutdown, ensuring optimal nutrition for all aquarium plants in freshwater aquariums ranging from 40 to 600 l and thereby preventing algae growth

• Easy setup: Screw the pressure regulator with the attached solenoid valve onto the cylinder; connect the hose with the bubble counter/check valve to the reactor. Plug the solenoid valve into a timer (not included), set the bubble count—and you’re done

• Disposable storage cylinder is TÜV-certified. The hose won’t slip off thanks to the hose fittings, and the check valve prevents water from entering the cylinder. The pressure gauges display both cylinder pressure and operating pressure

• The correct CO2 concentration in the aquarium water is checked using the included CO2/pH permanent test strip and adjusted if necessary

• Package Contents: 500 g disposable CO2 cylinder, pressure regulator with solenoid valve, 3 m hose, bubble counter with check valve, TAIFUN CO2 reactor + expansion set, CO2/pH continuous test kit with reagents

Why CO2

Food for Aquarium
Plants Plants supply the aquarium with vital oxygen for its inhabitants, prevent algae growth, remove pollutants, provide hiding places, and reduce pathogens. The JBL plant fertilization system supplies the plants with CO2—the primary nutrient—through the water. The plants absorb this CO2 and, through photosynthesis with the help of light, convert it into sugar and oxygen.

It makes no difference to the plants where the CO₂ comes from—whether from biological or pressurized bottle systems. They grow significantly faster as soon as a CO₂ system is installed. The choice of system is more relevant to the aquarist: whether they prefer disposable bottles, refillable pressurized bottles, or a non-pressurized biological system.