At Dextrose Technologies Pvt. Ltd., we provide thermal decomposition and stability studies to help you understand how materials behave under heat, evaluate degradation pathways, and compare stability across storage or processing conditions. Using thermal analysis approaches (typically TGA/DTG and DSC, as applicable), we generate structured data on decomposition stages, onset temperatures, and thermal stability trends under different atmospheres. Thermal Degradation Profiling We profile degradation behavior across a defined temperature program to identify mass-loss stages, key transition points, and comparative stability across batches or formulations. Oxidative and Inert Atmosphere Studies We perform studies under oxidative (air/oxygen) and inert (nitrogen/argon) atmospheres to understand oxidation-driven changes versus intrinsic thermal decomposition—useful for materials selection and process risk assessment. Shelf-Life and Storage Condition Assessment (Thermal Stress) We support thermal-stress studies to compare stability under heat exposure and generate insights relevant to storage, packaging, and process conditions. Outputs are designed to support R&D decision-making and risk mitigation. Deliverables Degradation/stability curves (TGA/DTG and/or DSC as applicable) Key temperatures (onset/peaks) and % mass-loss stages (where applicable) Comparative summary across samples/conditions Interpretation notes and practical recommendations for next-step confirmation if needed Get started Share your material type, target temperature range, atmosphere requirement (oxidative/inert), and the decision you’re trying to make. We’ll propose the most suitable thermal study plan.