It prevents deep scratches and pitching, resulting in a scratch-free mirror finish.
Superior diamond slurry liquefies carefully selected diamond abrasives and uniformly intersperses them into the processing interface under excellent dispersion. Therefore, it prevents deep scratches and pitching that occur during processing, resulting in a scratch-free mirror finish. The single crystal diamonds consist of micro-diamonds ranging from 10 to 200 Å, fitting within the specified particle size, and have over 30% more surface area compared to single crystal diamonds. The continuous cutting edges of these micro-diamonds excel in polishing, sometimes achieving about three times the polishing volume of single crystal diamonds. For more details, please contact us or refer to the catalog.
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basic information
【Features】 ○ A liquid form of carefully selected diamond abrasives ○ Uniformly intersperses abrasives at the processing interface under excellent dispersion ○ Prevents deep scratches and pitting that occur during processing → Achieves a scratch-free mirror finish ○ Continuous cutting edges of micro diamonds → Excellent polishing ability, sometimes achieving about three times the polishing amount of single crystal diamonds ○ Properties are differentiated according to application → Water-based type with good cleaning properties required for electronic components, etc. → Oil-based type suitable for workpieces with corrosive and deliquescent properties ○ Provides slurry with three levels of viscosity ● For more details, please contact us or refer to the catalog.
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Applications/Examples of results
【Applications】 ○ Fine Ceramics → Structural materials such as alumina, silicon carbide, mullite, substrates for thin films, mechanical seals ○ Magnetic Recording Heads → Reduction of recess amount in the pole chip area of ABS polished thin film heads for VTR heads and mono/composite heads ○ Optical Communication Related → Optical fibers, ferrules, optical waveguides, optical switches ○ Semiconductor Components → Silicon, gallium arsenide, indium phosphide, etc. ○ Single Crystal Materials → MgO, YAG, GGG, etc. ● For more details, please contact us or refer to the catalog.
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Company information
In the development of new materials such as semiconductors, organic synthesis materials, optical materials, various ceramics, and electronic materials from conventional general materials, the observation of the fine structural organization of the materials is essential, and optical microscopy is conducted. To achieve this, sample preparation that faithfully represents the structural organization as much as possible is required. Our lapping/polishing technology aims to contribute to production that allows for sample polishing capable of observing fine details more faithfully than conventional methods, as well as high-precision mass production. The materials in the world are diverse and varied, each possessing unique characteristics, and to process them efficiently and easily, it is necessary to find the optimal process suited to each from a wide variety of factors. In other words, it is the "Know-How" of the processing process. If you are considering polishing for anything from small to large items, please feel free to contact us, including mechanical and C.M.P. We are committed to providing the best possible methods.
