This page displays all 「FI」 in main group B24D3/00. |
HB:Handbook | ||||
CC:Concordance |
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Physical features of abrasive bodies, or sheets, e.g. abrasive surfaces of special nature; Abrasive bodies or sheets characterised by their constituents | HB | CC | 3C063 | |
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.characterized by the grinding layer and the correlation between the grinding layer and its supporting member | HB | CC | 3C063 | |
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Member sintered at a high temperature and a high pressure as the grinding layer | HB | CC | 3C063 | |
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Particularly thin (equivalent to the abrasive grain size) grinding layer | HB | CC | 3C063 | |
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Abrasive grains laid out by specifying individual positions | HB | CC | 3C063 | |
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Grinding layer surface treated, e.g. coating | HB | CC | 3C063 | |
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Abrasive grains oriented | HB | CC | 3C063 | |
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related to the correlation between the abrasive grain layer and its supporting member | HB | CC | 3C063 | |
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formed by a certain generation method (PVD, CVD, etc.) | HB | CC | 3C063 | |
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Others | HB | CC | 3C063 | |
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.characterized by the abrasive grain material | HB | CC | 3C063 | |
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Ordinary abrasive grains (Al2O3, WC, SiN, SiC, CeO2, etc.) (related B 24 B 37/00, C 04 B 35/10, C09 K 3/14, etc.) | HB | CC | 3C063 | |
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Super-abrasive grains (Diamond, CBN) | HB | CC | 3C063 | |
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Others | HB | CC | 3C063 | |
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.using abrasive grains with a special property, e.g. coated abrasive grains | HB | CC | 3C063 | |
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using lump type abrasive grains | HB | CC | 3C063 | |
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.Member sintered at a high temperature and a high pressure as the abrasive grain | HB | CC | 3C063 | |
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using the treated abrasive grains | HB | CC | 3C063 | |
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.using the coated abrasive grains | HB | CC | 3C063 | |
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using the abrasive grains with a special shape | HB | CC | 3C063 | |
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.using the hollow ball type abrasive grains | HB | CC | 3C063 | |
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using the mixed abrasive grains, e.g. Diamond + CBN, large grains + small grains | HB | CC | 3C063 | |
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Others | HB | CC | 3C063 | |
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.related to manufacture (manufacturing method) | HB | CC | 3C063 | |
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.Machining of a particular material considered | HB | CC | 3C063 | |
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.the constituent being used as bonding agent | HB | CC | 3C063 | |
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also using a different type bonding agent | HB | CC | 3C063 | |
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Others | HB | CC | 3C063 | |
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..characterized by the additive in the bonding agent | HB | CC | 3C063 | |
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characterized by the component in the additive | HB | CC | 3C063 | |
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characterized by the property of the additive | HB | CC | 3C063 | |
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.Granular type, powder type | HB | CC | 3C063 | |
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.Hollow ball type | HB | CC | 3C063 | |
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.Short fibre, whisker | HB | CC | 3C063 | |
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Others | HB | CC | 3C063 | |
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..and being essentially inorganic | HB | CC | 3C063 | |
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...metallic | HB | CC | 3C063 | |
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using the sintering method | HB | CC | 3C063 | |
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using the electrodeposition (electrocasting) method | HB | CC | 3C063 | |
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using the casting method | HB | CC | 3C063 | |
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using the flame spray method | HB | CC | 3C063 | |
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Others | HB | CC | 3C063 | |
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....for close-grained structure, e.g. using metal with low melting point | HB | CC | 3C063 | |
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....for porous or cellular structure, e.g. for use with diamonds as abrasives | HB | CC | 3C063 | |
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...water-setting, e.g. concrete | HB | CC | 3C063 | |
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...ceramic, i.e. vitrified bondings | HB | CC | 3C063 | |
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....for close grained structure, i.e. of high density | HB | CC | 3C063 | |
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....for porous or cellular structure | HB | CC | 3C063 | |
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..and being essentially organic | HB | CC | 3C063 | |
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...Rubbers | HB | CC | 3C063 | |
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....for close-grained structure | HB | CC | 3C063 | |
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....for porous or cellular structure | HB | CC | 3C063 | |
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...Resins | HB | CC | 3C063 | |
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....for close-grained structure | HB | CC | 3C063 | |
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....for porous or cellular structure | HB | CC | 3C063 | |
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.characterised by additives enhancing special physical properties, e.g. wear resistance, electric conductivity, self-cleaning properties | HB | CC | 3C063 | |
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Conductivity provided (related B 23 H 5/10) | HB | CC | 3C063 | |
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Others | HB | CC | 3C063 | |