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Logistics & Packaging Instructions
Transport Temperature Validation Report
This "Transport Temperature Validation Report" documents the temperature performance verification of the insulated low temperature packaging system used for UTIDE custom peptides under simulated transportation conditions.
The validation was conducted to evaluate the capability of the selected packaging configuration—comprising insulated containers and refrigerant packs—to maintain internal package temperatures within the defined low-temperature range for an extended duration, in alignment with peptide API transportation requirements.
The study was performed in accordance with an approved validation protocol and relevant cold-chain logistics guidelines. Temperature data were continuously recorded using calibrated data loggers placed at representative locations within the package to capture real-time thermal behavior throughout the validation period.
Multiple packaging configurations were assessed to compare temperature retention performance, identify critical risk factors affecting thermal stability, and determine the optimal packaging setup for routine shipment. The validation results provide objective, data-driven evidence to support packaging selection, transportation time limits, and operational controls for cold-chain distribution.
This report serves as a technical reference for packaging qualification, internal standard operating procedures (SOPs), and external quality or customer audits related to the temperature-controlled transport of UTIDE peptide APIs intended for research and preclinical use.
Packaging Specification Instruction
This Packaging Specification Instruction defines the standardized packaging system for UTIDE custom peptides, designed to ensure product integrity, stability, and safety throughout storage, handling, and transportation.
The packaging configuration adopts a multi-level protection strategy, including primary, secondary, and tertiary packaging, with each layer serving a specific functional role in barrier protection, thermal control, and mechanical stability.
Materials are carefully selected based on their barrier performance against moisture, oxygen, and light, as well as their thermal insulation and mechanical strength, to effectively mitigate risks such as hydrolysis, oxidation, photodegradation, and temperature excursions.
The packaging system is optimized to support low temperature transportation requirements for peptide APIs, while ensuring clear product identification and traceability through compliant labeling practices.
This specification serves as a technical reference to ensure consistent packaging execution and quality compliance across all UTIDE peptide shipments intended for research and preclinical use.