HEAT PIPE OILS

Brand Owner Address Description
FLUORONIX NIPPON MEKTRON KABUSHIKI KAISHA 12-15, Shiba Daimon 1-Chome Minato-Ku, Tokyo Japan HEAT PIPE OILS; TURBINE OILS; AND SYNTHETIC LUBRICATING OILS FOR MECHANICAL APPLICATIONS, FOR EXAMPLE FOR THE ELECTRONIC, MECHANICAL AND CHEMICAL INDUSTRIES;PERFLUOROALKYLPOLYETHER CHEMICALS FOR INDUSTRIAL USE, NAMELY, ELECTRONIC TESTING FLUIDS FOR USE IN THE ELECTRONIC PARTS INDUSTRY; INERT LIQUIDS FOR VAPOR PHASE REFLOW SOLDERING FOR USE IN THE ELECTRONIC PARTS INDUSTRY; WORKING FLUIDS FOR SHOCK ABSORBERS FOR USE IN THE MACHINE AND AUTOMOTIVE INDUSTRIES; SEALING FLUIDS FOR USE IN THE MACHINE INDUSTRY; AND FLUORINATED SOLVENTS FOR US IN THE CHEMICAL AND ELECTRONIC PARTS INDUSTRIES;
 

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

    
Technical Examples
  1. A method for forming an end surface of a heat pipe and the structure thereof are disclosed. Firstly, the mold module is provided for placing the heat pipe therein. The mold module includes a mold chamber to receive the heat pipe. Then, an extruding shaft is pushed forward into the mold chamber from an end of the mold module. Next, the ends of the heat pipe are compressed via the extruding shaft to render the end surface of the heat pipe depressed from outside to inside. Thereby, the heat pipe with a non-protrudent end surface is obtained. As such, the volume occupied by the useless segment of the heat pipe is effectively reduced, or, the heat pipe having a certain length to cooperate with more heat dissipating fins.