A while ago, friends in the same industry called me coincidentally, all of which were due to the problem of poor sample grinding. One was that the samples were ground many times but did not meet the customer's requirements, and the other was that the hot inlay always did not fit well.


They are all experienced metallographic workers who have been working overtime due to sample issues and have been scolded by customers, which has greatly dampened their mood. After chatting with them, it was found that most of the problems were still caused by the metallographic consumables used. So, today, the editor of Chain Energy will come and talk to you. Our laboratory engineers usually use QMAXIS metallographic consumables imported from the United States, which can be well completed in cutting, inlaying, and polishing.

     Original imported QMAXIS (pulse) grinding wheel cutting blade from the United States: a cutting blade specifically designed for metallographic grinding wheel cutting machines. It is suitable for metallographic cutting of most materials such as various steels, superalloys, Ferrous and nonferrous metals. Grinding wheel metallographic cutting blades belong to wear type cutting blades, which are environmentally friendly resin bonded, economical rubber bonded, and glass fiber reinforced cutting blades that can achieve dry cutting. The cutting temperature is low, the plastic deformation is small, the cutting accuracy is high, the cutting speed is fast, and the service life is long.


&Bull; Efficient cutting with long service life


&Bull; Suitable for most materials

     Original imported QMAXIS (Kemai) hot pressing inlay powder from the United States: suitable for inlaying materials that are not sensitive to temperature and pressure. Fully cured at appropriate temperature and pressure, less prone to embedded defects, and well maintained edges, making it suitable for continuous batch preparation of standard specimens.


QMAXIS (Kemai) hot pressing inlay powder from the United States, with different ingredients, hardness, and colors, is suitable for hot pressing inlay of various materials, with good edge retention.


&Flash& Flash; PhenoPowder thermosetting phenolic resin, suitable for conventional and economical sample preparation


&Flash& Flash; EpoPowder G thermosetting epoxy resin (particle)/glass filled, suitable for edge protection of high hardness materials, making it easier to fill and clean


&Flash& Flash; EpoPowder F thermosetting epoxy resin (powder)/glass filling, suitable for edge protection of high hardness materials, coating, and preparation of samples with complex geometric shapes


&Flash& Flash; TransPowder thermoplastic acrylic resin, suitable for sample visibility requirements, easy to observe grinding and polishing effects


&Flash& Flash; CopperPowder copper conductive filler, suitable for SEM and TEM analysis, without analyzing copper


&Flash& Flash; GraphPowder carbon conductive filler, suitable for SEM and TEM analysis, without analyzing carbon

     Original imported QMAXIS (Kemai) silicon carbide metallographic sandpaper from the United States: paper based with strong toughness, good water resistance, uniform and dense distribution of silicon carbide particles, sharp, and high removal rate. By grinding the metallographic sample with it, the surface scratches are small, which is beneficial for subsequent polishing processes and can effectively shorten the sample preparation time.


&Bull; Paper based materials have good toughness, water resistance, good grindability, and high removal rate


&Bull; Small scratches, quick removal of material surface layer and deformation layer, good grinding effect


The above is the imported metallographic consumables that the editor will talk about today! I don't know if it would be helpful to you? Let me tell you, Chain Nengjia now has many imported metallographic consumables and promotional activities, but they only have these two days left. If you need them, hurry up and buy them!