During the studied storage time, no notable changes in clarity were registered except in the samples obtained under conditions B and C and stored at 4˚C, in which a loss of clarity took place during the storage time. As can be seen, the storage temperature had an influence on L*. Storage at room temperature produced more luminous samples than at 4˚C, especially after 49 days of storage. The obtained results showed a reduction of the chromatic coordinates a* and b* as a result of the application of treatments A, B or C. Moreover, the samples stored at 4˚C presented a greater decrease in b* (Fig. 2) at the end of the storage period. This decrease of a* and b* parameters had an effect on the chroma (C* = [a⁄2 + b⁄2]1/2) with a marked decrease that indicates less purity in the color of the samples. Concerning the hue of the samples, the samples submitted to thermal treatment (treatment A and B) achieved the highest values. These results were expected, as both fresh cut persimmon and spreadable product C exhibited a predominance of more orange tones, whereas spreadable products treated thermally indicated a color change to the more yellow ones. During storage time, the hue (h = arctangent [b*/a]) of the samples decreased as a consequence of the reduction of b*, mainly in the samples stored at 4˚C. In accordance with the results, it could be summarised that the application of heat (treatment A and B) mainly affected the luminosity, the coordinates a* and b* and also C* of the samples, also, the color samples changed more during storage under refrigeration than at room temperature.