Meaning
Internal thermal measurements of agricultural produce indicate the actual temperature of the fruit or vegetable flesh rather than the surrounding air. Evaluating pulp temperature is critical because the air temperature inside a refrigerated container can fluctuate without immediately affecting the core temperature of the product. This measurement provides the most accurate assessment of whether the cargo has been kept within its optimal preservation range.
Physical Measurement
Obtaining this value requires inserting a calibrated probe thermometer directly into the center of the fruit or vegetable. To measure pulp temperature accurately, inspectors must select multiple samples from different pallets and depths within the shipment. This systematic testing prevents localized warm spots from skewing the overall assessment of the consignment.
The results are recorded on the delivery receipt and signed by both the receiver and the driver.
Commercial Significance
Distribution agreements use these physical readings to determine whether a shipment is accepted or rejected at the receiver’s warehouse. Since pulp temperature directly affects the shelf life and quality of perishable goods, it is the primary metric used in quality control evaluations. A reading that exceeds the contracted limit can trigger an immediate rejection of the entire load.
This commercial consequence makes precise measurement essential for both shippers and carriers.
Acceptance Threshold
Contracts specify the maximum allowable deviation from the target temperature. If the pulp temperature exceeds this limit, the buyer can refuse delivery. This threshold protects the buyer from receiving goods that spoil prematurely.