
Litholyme® Co2 Absorbent Cylindrical Canister 1 Kg Calcium Hydroxide / Lithium Chloride
- Litholyme does not contain NaOH or KOH, which have been shown to cause degradation of anesthetic agents into harmful compounds
- As Litholyme reaches CO2 absorption capacity or becomes desiccated, it turns a deep violet color and stays this way, permanently
- Litholyme has efficient CO2 absorption properties which allow it to last as much as 30% longer than other premium CO2 absorbents
- The hard D-shaped granules are optimized for maximum flow with low potential for channeling. This resilient absorbent formulation exceeds USP standards, with minimal dust content and optimal porosity
- There is no potential to generate carbon monoxide or compound A, making Litholyme a safer CO2 absorbent for use in standard or low flow anesthesia protocols
- Better efficiency means fewer canister changes and lower overall CO2 absorbent costs
- For all standard anesthesia systems that use cylindrical canisters
- Litholyme does not contain NaOH or KOH, which have been shown to cause degradation of anesthetic agents into harmful compounds
- As Litholyme reaches CO2 absorption capacity or becomes desiccated, it turns a deep violet color and stays this way, permanently
- Litholyme has efficient CO2 absorption properties which allow it to last as much as 30% longer than other premium CO2 absorbents
- The hard D-shaped granules are optimized for maximum flow with low potential for channeling. This resilient absorbent formulation exceeds USP standards, with minimal dust content and optimal porosity
- There is no potential to generate carbon monoxide or compound A, making Litholyme a safer CO2 absorbent for use in standard or low flow anesthesia protocols
- Better efficiency means fewer canister changes and lower overall CO2 absorbent costs
- For all standard anesthesia systems that use cylindrical canisters
Original: $239.45
-70%$239.45
$71.83Description
- Litholyme does not contain NaOH or KOH, which have been shown to cause degradation of anesthetic agents into harmful compounds
- As Litholyme reaches CO2 absorption capacity or becomes desiccated, it turns a deep violet color and stays this way, permanently
- Litholyme has efficient CO2 absorption properties which allow it to last as much as 30% longer than other premium CO2 absorbents
- The hard D-shaped granules are optimized for maximum flow with low potential for channeling. This resilient absorbent formulation exceeds USP standards, with minimal dust content and optimal porosity
- There is no potential to generate carbon monoxide or compound A, making Litholyme a safer CO2 absorbent for use in standard or low flow anesthesia protocols
- Better efficiency means fewer canister changes and lower overall CO2 absorbent costs
- For all standard anesthesia systems that use cylindrical canisters












