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Bio-pharmaceutical Applications

Pharmaceutical ingredients are highly hygroscopic and easily absorbs moisture in the air.

Most pharmaceutical/drug ingredients are highly hygroscopic and easily absorbs moisture in the air. When moisture is absorbed by the material, it will seriously affect the weight of the finished product, hardness, quality and preservation effect.

The humidity damages causes waste and detrimental loss of finished products, and thus created the need to focus on how to prevent these sensitive materials from absorbing moisture during the manufacturing process. 

Powder materials in pharmaceutical production are hygroscopic
Powder materials in pharmaceutical production are hygroscopic

Mixing and weighing 
In order to maintain its chemical consistency, it is important to store the high-absorbency material in a humidity controlled environment during the mixing of pharmaceutical raw materials and weighing process. With the variety of different materials during the drug mixture, if relative humidity of the environment is in an unstable state, any absorbed moisture by the materials from the ambient air will affect the finished weighing average. And the daily weighing result will be different due to the environmental humidity changes from day to day. 

Additionally, moisture will also affect the state of the powder i.e., poor powder flow,  granulation over-wetting/under-wetting, capping, lamination, chipping, and overall hardness of the tablets.

Clean room production and laboratory moisture management 
Experimental mixture stages are the most important time which will require the most strict humidity control. Relative humidity shall be maintained below 50% RH to ensure that no additional yeast, mold, bacteria and the results of microbial growth impacting the experiment.

Most tablet pressing process requires precise control environment of relative humidity at 20-35% RH, and 21-24 ℃. Having a cool, dry environment can also speed up production while producing higher quality products and extend product shelf life. 

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