What are the high cost performance consumables required for metallographic sample preparation? Which consumables are more suitable for cutting samples? Which inlay consumables are more suitable for embedding samples? Which grinding and polishing consumables can improve work efficiency?

Friends who have no ideas yet, come to Lianneng's editor to copy homework! Every metallographic sample making consumable can meet your high requirements for samples, so quickly stock it up!

The original imported QMAXIS (Kemai) diamond&CBN cutting blades from the United States are suitable for metallographic precision cutting machines and metallographic grinding wheel cutting machines, respectively, with their axis diameters. Diamond&CBN cutting blades have high hardness and thin thickness, resulting in fast cutting speed, less material wear, and minimal surface deformation, which is more conducive to subsequent grinding and polishing. The service life of cutting blades is longer than that of other materials, and the converted comprehensive cutting cost is relatively lower. Diamond&CBN cutting pieces with different concentration, particle size and bonding process can meet the cutting requirements of different materials, and are very awesome cutting pieces for metallographic specimen cutting!

Diamond&CBN cutting blades with an axial aperture of 12.7mm: 3in, 4in, 5in, 6in, 7in, 8in
Diamond cutting blade with an axial aperture of 32mm: 10in

The original imported QMAXIS (Kemai) hot pressing inlay powder from the United States is suitable for hot pressing inlay of 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.

PhenoPowder phenolic resin
EpoPowder G epoxy resin (particles)
EpoPowder F epoxy resin (powder)
TransPowder acrylic resin
MelaPowder melamine resin
CopperPowder Copper Conductive Filler
GraphPowder carbon conductive filler

The original imported QMAXIS (Kemai) silicon carbide metallographic sandpaper from the United States has strong toughness, good water resistance, uniform, dense and sharp distribution of silicon carbide particles, and high grinding rate. By grinding the metallographic sample with it, the surface scratch is small and the consistency is good, which is conducive to the subsequent polishing process and can effectively shorten the sample preparation time.

CarbiPaper with adhesive backing silicon carbide sandpaper
CarbiPaper without backing adhesive, silicon carbide sandpaper

The original imported QMAXIS (Kemai) metallographic polishing fabric from the United States is made of various excellent polishing fabrics such as woven fabrics, non-woven fabrics, flocked fabrics, chemical corrosion resistant synthetic materials, etc. For different materials and polishing stages, polishing cloths with different weaving properties can be selected, combined with polishing liquids or pastes with different abrasives and particle sizes, to achieve surface effects at different process stages.

Coarse throwing: PlanCloth, PerfoCloth, NylonCloth
Middle throw: DuraCloth, SatinCloth, SilkCloth
Fine polishing: MicroMet, VelCloth, FlocCloth, ChemoCloth

The inventory of QMAXIS metallographic sample making consumables in the United States is sufficient, with complete categories and specifications such as cutting, inlaying, polishing, etc. It's really easy to use but not expensive. Those in need, hurry up and get started!