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Available, delivery time: 1-3 days
Precise Polishing in Metallography with SCAN-DIA DIAMOND PASTE
In metallography, polishing embedded samples is a crucial step to ensure the quality and precision for subsequent examinations of material samples. A key aspect of successful polishing lies in the proper choice and application of the polishing agent. This is where DIAMOND PASTE comes into play. Specifically developed for materialographic applications, it represents a popular solution to optimize the polishing process for the working conditions in metallography. The SCAN-DIA DIAMOND PASTE is supplied in a convenient nylon syringe, allowing for precise dosing and economical application. Its highly concentrated form makes it an extremely efficient polishing agent suitable for both manual and semi-automatic polishing. This is important as metallography often processes a variety of samples and materials with different requirements. Another noteworthy advantage of DIAMOND PASTE is its versatility. It is alcohol-, oil-, and water-soluble, meaning it can seamlessly integrate into various polishing systems depending on the user's specific requirements. This allows for easy adaptation to individual needs and the nature of the samples. Another crucial feature of DIAMOND PASTE is its range of grain sizes. SCAN-DIA offers the paste with extremely tight grain size tolerances, ensuring that it can always be polished according to the specific requirements. This is important to avoid unwanted variations in the surface quality of the samples. The availability of DIAMOND PASTE in various grain sizes from 0.25 µ to 50 µ opens up a broad spectrum of applications. From fine polishing work to surface adjustments, it provides enough flexibility to meet the demands of different samples. In the specific working conditions of metallography, where precision and consistency are of utmost importance, DIAMOND PASTE proves to be an indispensable tool. Its ability to enable precise polishing and thus meet the specific requirements of metallography makes it a valuable resource for researchers and materials scientists worldwide. With a quick delivery time of just 1-3 days, it is a readily available solution for various requirements in sample preparation.