User Guide: High Quality Soda Lime CAS 8006-28-8 With Best Price

1. Informações e parâmetros básicos
2. Utilizações do produto
3. Como utilizar o produto
4. Estudos de caso de utilização pormenorizados
5. Informações de contacto

Informações e parâmetros básicos

High Quality Soda Lime with CAS number 8006 - 28 - 8 is a vital chemical product. It is a mixture mainly composed of calcium hydroxide and sodium hydroxide (or potassium hydroxide), with small amounts of other substances. The product is typically in the form of white or off - white granules.

Parâmetros-chave:

• Chemical formula: The main component Ca(OH)₂ with additives of NaOH or KOH.
• Purity: Our high - quality soda lime usually has a purity of over 95%, which ensures its excellent performance in various applications.
• Particle size: The typical particle size ranges from 2 - 5 mm, which provides a good balance between surface area for reaction and ease of handling.
• Moisture content: Less than 5%, to maintain its chemical stability and reactivity.

Utilizações do produto

High Quality Soda Lime has a wide range of applications:

• Medical field: It is commonly used in anesthesia machines to absorb carbon dioxide (CO₂) exhaled by patients. This helps to maintain a proper gas composition in the breathing circuit and prevent the build - up of CO₂, ensuring the safety and comfort of patients during surgery.
• Industrial gas purification: Soda lime can be used to remove acidic gases such as CO₂, SO₂, and H₂S from industrial gas streams. For example, in the production of natural gas, it helps to purify the gas by removing impurities and ensuring the quality of the final product.
• Laboratory applications: In chemical laboratories, it is used as a desiccant and a CO₂ absorber in experiments where a dry and CO₂ - free environment is required.

Como utilizar o produto

Utilização médica

1. Installation: Place the soda lime canister in the appropriate position of the anesthesia machine according to the manufacturer's instructions. Make sure it is properly sealed to prevent gas leakage.
2. Monitoring: Regularly check the color change of the soda lime. When it changes from white to purple or pink, it indicates that the soda lime has reached its saturation point and needs to be replaced.

Industrial Gas Purification

1. Reactor Design: Design a suitable reactor according to the gas flow rate and the amount of acidic gases to be removed. Ensure that the soda lime bed has sufficient contact time with the gas stream.
2. Regeneration or Replacement: When the soda lime loses its absorption capacity, it can be regenerated under certain conditions or replaced with fresh soda lime.

Laboratory Use

1. Container Selection: Use a suitable container to hold the soda lime, such as a desiccator or a reaction flask. Make sure the container is air - tight.
2. Proper Placement: Place the soda lime in the container and connect it to the experimental setup to achieve the desired CO₂ absorption and drying effect.

Estudos de caso de utilização pormenorizados

Caso médico

In a large - scale hospital, during a complex cardiac surgery, an anesthesia machine equipped with our high - quality soda lime was used. The soda lime effectively absorbed the patient's exhaled CO₂ throughout the 5 - hour surgery. The anesthesiologist monitored the color change of the soda lime regularly. After 4 hours, a slight color change was observed, and at the end of the surgery, the soda lime was almost fully saturated. Thanks to the high - quality soda lime, the CO₂ level in the breathing circuit was maintained within a safe range, contributing to the successful outcome of the surgery.

Caso Industrial

A natural gas processing plant used our soda lime for gas purification. The gas stream contained about 3% CO₂ and some trace amounts of H₂S. By passing the gas through a soda lime bed in a well - designed reactor, the CO₂ content was reduced to less than 0.1%, and the H₂S was almost completely removed. The soda lime was replaced every 2 weeks according to the monitored absorption capacity, ensuring the continuous and efficient operation of the purification