AEQUIDUR - Type S

Optimal Hardness Adjustment with AEQUIDUR - Type S: Precision Hardness Adaptation for Copper, Aluminum, and More

AEQUIDUR allows for precise sample embedding, minimized relief formations, and contributes to quality assurance. The tasks of the hardness equalizer AEQUIDUR - Type S in materialographic practice are diverse and significantly contribute to the success of embedding objects made of copper, aluminum, and others. The tasks of the hardness equalizer in detail: A crucial factor in obtaining precise and sharply defined samples is the correct hardness adjustment of the embedding compound. This is where AEQUIDUR - Type S comes into play, a highly specialized, hardness-matching powder that plays a central role in materialography. The correct hardness adjustment of the embedding compound to the hardness of the sample is essential for achieving reliable and accurate results in materialography. AEQUIDUR - Type S has been developed to handle this task optimally. It enables a precise and tailored adjustment of the embedding compound to the specific hardness of the samples under investigation, such as copper, aluminum, and others. This hardness adjustment is crucial as it minimizes the risk of relief formations that can significantly impact the quality of microscopic examinations. Relief formations, also known as embedding relief or hardness relief, are irregularities or unevenness that can occur on the sample surface when the embedding compound is not correctly matched to the hardness of the sample. This can lead to distortions and misinterpretations of microscopic images, significantly affecting the accuracy of the examinations. AEQUIDUR - Type S reliably avoids any relief formations by allowing precise hardness adjustment of the embedding compound. This ensures that the sample remains in a stable position during the embedding process, preventing unwanted deformations or unevenness. Overall, AEQUIDUR - Type S is an indispensable tool in materialography that enhances the precision and quality of sample preparation, enabling reliable microscopic examinations. With this specialized hardness equalizer, materialographers can be confident that their results are precise and meaningful. The work in materialography and materials science when embedding samples made of copper, aluminum, and others is thus greatly facilitated and improved.