The increase in the osmotic solution concentration also led to an increase in solids gain. which could be explained by the greater concentration gradient between the fruit and the solution resulting in a greater dehydration driving force, which was also observed by Teles et al. (2006) in the osmotic dehydration. Reported that Temperature had a positive influence on solids diffusivity resulting in greater solids gain. The increase in solution concentration led to an increase in solids gain but, at certain temperatures at which there was an increase in solution viscosity, it hindered water loss. The initial fruit solution rate exerted little influence on the process (Park et al., 2002). The osmotic solution concentration was the most important effect on weight reduction and water loss, followed by the immersion time, and they positively affected these responses for the sucrose agent. The effect of temperature of the osmotic solution practically did not influence the weight reduction and it was negative. The weight reduction exhibits a mass relationship among the whole flows involved in the osmotic process (mainly between water loss and solids gain) and due to this which is more pronounced in the solids gain instead of the the water loss, the negative effect of temperature (Corzo and Gomez, 2004).