Respiratory & Oxygen

Medical-grade Soda Lime USP-NF is the original CO2 absorbent and has been the worldwide market leader. Specially designed to proved exceptional CO2 absorption performance, superior color indication contrast, and optimal resistance to dusting. Intended for use in anesthesia circle systems and respiratory therapy equipment for the purpose of removing exhaled carbon dioxide. Makes it possible for intended in-line gases to be rebreathed by the patient.

Medical-grade Soda Lime USP-NF is the original CO2 absorbent and has been the worldwide market leader. Specially designed to proved exceptional CO2 absorption performance, superior color indication contrast, and optimal resistance to dusting. Intended for use in anesthesia circle systems and respiratory therapy equipment for the purpose of removing exhaled carbon dioxide. Makes it possible for intended in-line gases to be rebreathed by the patient.

SODASORB® LF's patented formulation inhibits the degradation of anesthetic gases at low flow rates, while retaining the absorption efficiency of conventional absorbents. Eliminates the potential dangers associated with absorbents and low flow conditions, such as Compound A, carbon monoxide, heat and desiccation. Delivering greater safety and reliability, it gives you the confidence to place your focus where it's needed - your patients.

SODASORB® LF's patented formulation inhibits the degradation of anesthetic gases at low flow rates, while retaining the absorption efficiency of conventional absorbents. Eliminates the potential dangers associated with absorbents and low flow conditions, such as Compound A, carbon monoxide, heat and desiccation. Delivering greater safety and reliability, it gives you the confidence to place your focus where it's needed - your patients.

SODASORB® LF's patented formulation inhibits the degradation of anesthetic gases at low flow rates, while retaining the absorption efficiency of conventional absorbents. Eliminates the potential dangers associated with absorbents and low flow conditions, such as Compound A, carbon monoxide, heat and desiccation. Delivering greater safety and reliability, it gives you the confidence to place your focus where it's needed - your patients.