THERMOCHEMICAL TREATMENT MATERIALS

Brand Owner (click to sort) Address Description
CRYSTALMAX ECM TECHNOLOGIES 46 rue Jean Vaujany, Technisud F-38000 GRENOBLE France Thermochemical treatment of materials, namely, thermochemical treatment of silicon ingots; custom assembly of materials, namely, silicon ingots, for others;The mark consists of the following: the word CRYSTALMAX, where the CYST AL portion of the mark is blue and the MAX portion is black. A slanted imaginary line runs through the words, so that the portion above the line is a lighter shade of the relevant color than the portion below. The mark is followed by a blue diamond with interior shading, which is followed by two smaller blue diamonds.;Automatic control and monitoring software for regulating industrial furnaces used in the manufacture of multi-crystalline silicon ingots and for regulating the qualitative parameters of the said ingots;CRYSTAL MAX;The color(s) blue, black, and gray is/are claimed as a feature of the mark.;Furnaces for industrial use, other than for experimental purposes, particularly low-pressure thermochemical treatment furnaces, vacuum and pressure furnaces, crystal growth furnaces for the automotive, aeronautics, electronics, steel, microelectronics, nuclear, photovoltaic industries; component parts for furnaces for industrial use other than for experimental purposes, namely, loading apparatus, namely, loading apparatus sold as integral parts of furnaces, fitted furnace covers, loading supports, namely, loading supports sold as integral parts of furnaces;
ECM ECM TECHNOLOGIES 46 rue Jean Vaujany, Technisud F-38000 GRENOBLE France Thermochemical treatment of materials, namely, treatment of metal, assembly of products, especially of printed circuits, custom built for third parties;The mark consist of the center cube with a red side and two orange sides.;ETUDES ET CONSTRUCTIONS MECANIQUES;The color(s) red and orange is/are claimed as a feature of the mark.;Furnaces for industrial use, other than for experimental purposes, especially low-pressure thermochemical treatment furnaces, vacuum and pressurized furnaces, crystal growth furnaces for the automotive, aircraft, electronic, iron and steel, microelectronic, nuclear, photovoltaic industries; structural parts of these furnaces such as loading apparatus, linings, fittings, loading racks;
ECM ETUDES ET CONSTRUCTIONS MECANIQUES 46 rue Jean Vaujany, Technisud; F-38100 GRENOBLE France Thermochemical treatment of materials, namely, treatment of metal, assembly of products, especially of printed circuits, custom built for third parties;The mark consist of the center cube with a red side and two orange sides.;ETUDES ET CONSTRUCTIONS MECANIQUES;The color(s) red and orange is/are claimed as a feature of the mark.;Furnaces for industrial use, other than for experimental purposes, especially low-pressure thermochemical treatment furnaces, vacuum and pressurized furnaces, crystal growth furnaces for the automotive, aircraft, electronic, iron and steel, microelectronic, nuclear, photovoltaic industries; structural parts of these furnaces such as loading apparatus, linings, fittings, loading racks;
 

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

    
Technical Examples
  1. The recycling of metal materials is performed by efficiently recovering the metal materials from component materials of a process cartridge. To achieve this object, there is provided a method of recycling a process cartridge containing a toner, wherein in a crushing process of a process cartridge containing a recovered toner, a container shape of the process cartridge is subjected to disassembly treatment to an extent of main component parts, the toner is recovered by suction in a step of disassembly treatment, metal materials, such as ferrous materials and aluminum materials, in component materials of the process cartridge are subjected to separation treatment after the step of disassembly treatment, and each of the materials is subjected to melting treatment thereby to change the materials into forms capable of reuse as ferrous materials and aluminum materials.