OIL BASED PRECISION LAPPING LUBRICANT

Brand Owner Address Description
AMBERLUBE SAINT-GOBAIN CERAMICS & PLASTICS, INC. One New Bond Street Worcester MA 01615 Oil-based precision lapping lubricant for use in shaping of metals, ceramics, semi-conductor and composite materials in the aerospace industry, computer components industry, electronic components industry, and metal-working industry; oil-based lapping lubricant to facilitate the dissipation of static discharge of computer discs; glycol-based lapping lubricants for use in shaping of metals, ceramics, semi-conductor and composite materials in the aerospace industry, computer components industry, electronic components industry, and metal-working industry; emulsion-based lapping lubricants for use in shaping of metals, ceramics, semi-conductor and composite materials in the aerospace industry, computer components industry, electronic components industry, and metal-working industry; water-based lapping lubricants for use in shaping of metals, ceramics, semi-conductor and composite materials in the aerospace industry, computer components industry, electronic components industry, and metal-working industry;AMBER LUBE;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A method of fabricating a lapping carrier is provided that includes the steps of defining at least one opening extending through a workpiece that is sized to receive a wafer, and cryogenically tempering the workpiece to produce a lapping carrier. By cryogenically tempering the workpiece, the conversion of the crystalline structure of the workpiece to a martensite crystalline structure is enhanced, thereby improving the hardness of the lapping carrier. A lapping carrier is also provided that has a crystalline structure, of which at least 70% is a martensite crystalline structure. An apparatus for lapping a wafer is further provided that includes a hardened lapping carrier and at least one lapping plate proximate the lapping carrier for lapping wafer(s) disposed within the at least one opening defined by the lapping carrier.