Medical Calcium Lime
The porous loose structure has uniform particles, generally containing discoloration indicators. After absorbing carbon dioxide, it changes from pink to light yellow or from white to purple.
Product name：Medical Calcium Lime
Model number/specification：
Type A: 1.0Kg/bottle, 1.2Kg/bottle, 1.5Kg/bottle, 2.0Kg/bottle, 4.5Kg/bottle
Type B: 1.0Kg/bottle, 1.2Kg/bottle, 1.5Kg/bottle, 2.0Kg/bottle, 4.5Kg/bottle
Product description
The porous loose structure has uniform particles, generally containing discoloration indicators. After absorbing carbon dioxide, it changes from pink to light yellow or from white to purple.
Expected use
It is used for the absorption of acidic gases such as carbon dioxide and is used in conjunction with anesthesia machines.
Really reliable sodium lime
It does not contain strong bases such as potassium hydroxide and barium hydroxide, and does not corrode the respiratory tract, skin and containers. It will not react with common and new inhaled anesthetics, and does not produce toxic chemicals such as CO and complex A, so as to shorten the awakening time of anesthesia and improve the effect of
Sodium lime with high hardness and low dust
The application of nanotechnology and the newly designed excellent dead-angle manufacturing equipment effectively ensure that the hardness of sodium lime particles will not be powdered, and the amount of dust of Z is guaranteed. The product has been tested to meet the relevant requirements of the USP standard (dust rate <0.2%). In the conventional transportation of the product, it will not disintegrate, will not be powdered, there is no need to sieve sodium lime, and the respiratory pathway will not be blocked.
High-efficiency sodium lime
Using nanotechnology and special drying and hydration technologies, the microporous porosity of sodium lime particles increases artificially, and porous particles ensure that the absorption of products is more efficient than ordinary sodium lime.
Color-to-distinguishable sodium lime
Reliable control technology makes the indicator concentration of the color change proportional, and the change of sodium and lime color during use is sensitive and accurate.
