It is a lubricant used during the polishing of samples such as metals.
This is a polishing material suitable for cross-sectional observation, tissue observation, and defect analysis sample polishing. It is used in conjunction with diamond abrasives during buff polishing. 【Features】 〇 Available in three types: alcohol-based, glycerin-based, and water-based. 〇 Reduces heat generation during buff polishing. 〇 Provides a sliding effect to prevent diamond abrasives from embedding too deeply. ☆ It is now available for purchase on Amazon. (There is a link below.)
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basic information
■How to Choose a Lubricant The most suitable lubricant for sample polishing is alcohol-based, so please first consider the "Diamond Extender Blue." If you are in an environment where alcohol cannot be used, please choose the glycerin-based "Diamond Extender Clear" or the water-based "Lubricant Water-Based." ■Capacity - 1 liter - 5 liters ■Product Lineup ---Diamond Extender Blue--- An alcohol-based polishing agent that reduces heat generation during polishing and provides moderate lubrication. It is most suitable for sample polishing. For samples that are prone to rust, using this lubricant instead of water during rough polishing is effective. ---Diamond Extender Clear--- Glycerin-based. It is suitable for ductile materials, and in some cases, it may be more appropriate than alcohol-based lubricants depending on the sample. ---Water-Based Lubricant--- If alcohol and glycerin cannot be used, please consider this option. It is an environmentally friendly lubricant.
Price range
Delivery Time
P3
※Delivery times may vary depending on quantity and stock availability.
Applications/Examples of results
For sample grinding. Please refer to the consumables catalog or the Amazon site for details.
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Company information
Hartzok Japan has been a specialized company in pre-treatment equipment for about 30 years. The pre-treatment equipment we handle refers to devices that prepare samples in the optimal condition for analytical instruments. In recent years, the performance of analytical instruments has improved, allowing for more precise analyses. However, as the accuracy of analysis increases, the results can vary significantly based on the quality of the pre-treatment process. For example, even if there is a top-spec microscope, poor pre-treatment due to contamination, loss, or uneven polishing will result in low analytical accuracy. Conversely, even a lower-spec microscope can yield high-precision analysis results if the polishing is done well. Pre-treatment equipment is often postponed in capital investment, but the results of the pre-treatment process become more critical as higher analytical accuracy is sought. Moreover, this pre-treatment process is largely analog and relies heavily on empirical knowledge. Hartzok Japan will contribute to improving our customers' quality with the know-how we have cultivated over many years in the field of pre-treatment.
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