Whether due to the processing procedure, the amorphous content of the sample, or even if polymorphic varieties of a particular compound exist, batch-to-batch variation of active materials poses a significant problem across all industries. While chemically identical variations may cause physicochemical instability and phase changes, it needs to be avoided at all stages of manufacturing.
To understand the causes of these variations, it is important to first have sensitive techniques which can detect these differences between batches. Using our novel techniques and innovative instrumentations these variations can be detected at the most detailed level.
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Our specialized lab provides contract testing services specifically for CCUS sorbents.
Identify variability in moisture uptake between batches using high-resolution sorption analysis. Subtle differences in hygroscopicity can indicate changes in amorphous content or processing history, helping ensure consistent material performance.
Analyze differences in surface energy profiles that impact powder behavior such as flow, blending, and adhesion. Detecting batch inconsistencies at the surface level supports tighter control of manufacturing processes and improved product uniformity.
Quantify variations in amorphous content between batches, even at low levels. These differences can significantly affect stability, dissolution, and performance, making early detection important for maintaining quality.
Compare sorption and desorption rates across batches to identify differences in material structure and accessibility. Kinetic profiling provides a more comprehensive analytical understanding beyond equilibrium measurements.
Evaluate how batch differences influence long-term stability under varying environmental conditions. Sorption-driven insights support more accurate shelf-life predictions and help define appropriate storage strategies.
World-class gravimetric vapor sorption analyzers and inverse gas chromatography instruments designed for precision.
