Table 3. Chemical properties of the extracted cashew kernel oil
| Samples1) | AV2) | SV | IV | p-AV | FFA | TBA |
| CO120 | 6.59±0.193)a4) | 10.51±0.98c | 26.80±0.03a | 15.85±0.07c | 3.30±0.09a | 0.39±0.03c |
| CO130 | 5.19±0.20d | 3.51±0.99d | 31.25±0.02b | 12.40±0.14d | 2.60±0.11c | 0.21±0.02d |
| CO140 | 6.45±0.39b | 25.97±3.02a | 6.20±0.03d | 37.45±0.21a | 3.36±0.02a | 0.79±0.02a |
| CO150 | 5.47±0.19c | 10.81±0.58b | 15.68±0.01c | 23.55±0.21b | 2.74±0.10b | 0.51±0.02b |
CO120, cashew kernel oil roasted at 120°C; CO130, cashew kernel oil roasted at 130°C; CO140, cashew kernel oil roasted at 140°C; CO150, cashew kernel oil roasted at 150°C.
AV, acid value (mg KOH/g); SV, saponification value (mg KOH/g); IV, iodine value (g I2/100 g); p-AV, P-anisidine value; FFA, free fatty acid value (%); TBA, thiobarbituric acid value.
All values are mean±SD (n=3).
Means with different superscript letters (a-d) in the same row are significantly different (p<0.05) by Duncan’s multiple range test.