لخّصلي

Regarding hardness: Tablets produced by subjecting them to high pressure show higher hardness compared to tablets compressed with lower force because pressure with higher forces leads to the formation of stronger bonds between molecules with greater density.By comparing the hardness of two components, we can evaluate the effect of compressive force on the hardness of the tablets, such that it is directly proportional to the increase in pressure on the tablets, which leads to increased hardness.Which causes disintegration, and this delays the disintegration time and effect.Therapeutic tablets.

Regarding hardness: Tablets produced by subjecting them to high pressure show higher hardness compared to tablets compressed with lower force because pressure with higher forces leads to the formation of stronger bonds between molecules with greater density.
By comparing the hardness of two components, we can evaluate the effect of compressive force on the hardness of the tablets, such that it is directly proportional to the increase in pressure on the tablets, which leads to increased hardness.
With regard to disintegration, tablets subjected to higher pressure, i.e. harder tablets, require a longer time to disintegrate due to the nature of these tablets, compared to lower pressure tablets, which require less time to disintegrate, as compressed tablets impede the penetration of liquid. Which causes disintegration, and this delays the disintegration time and effect. Therapeutic tablets.
Therefore, a balance must be made between the hardness of the tablets and their disintegration time to ensure that the integrity of the tablets is maintained and the drug is released properly. These relationships can be improved by adjusting the amount of pressure applied to the tablets during the manufacturing process by performing hardness and disintegration tests for these tablets