The trademark application NeO was filed by Tokai COBEX GmbH, a corporation established under the laws of the Federal Republic of Germany (the "Applicant"). The application was published for oppositions on April 20, 2023, and it was registered by office on July 28, 2023 without any oppositions.
It was designated 'Basic Application' for International Application 1755376 at the World Intellectual Property Organization (WIPO).
The application was filed in English (German was selected as the second language).
Goods And Services
The mark was filed in class 1 with following description of goods:
Carbon for industrial use
Graphitic carbon for industrial use
Anthracite for industrial use
Ramming paste
PAH-free ramming paste
Benzopyrene-free ramming paste
Phenol-free ramming paste
Amorphous ramming paste
Semi-graphitic ramming paste
Carbonaceous ramming paste
Graphitic ramming paste
Carbon ramming paste
Anthracitic ramming paste
Calcined anthracitic ramming paste
Ramming paste for use with carbon linings in electrolysis cells
PAH-free ramming paste for use with carbon linings in electrolysis cells
Benzopyrene-free ramming paste for use with carbon linings in electrolysis cells
Phenol-free ramming paste for use with carbon linings in electrolysis cells
Amorphous ramming paste for use with carbon linings in electrolysis cells
Semi-graphitic ramming paste for use with carbon linings in electrolysis cells
Carbonaceous ramming paste for use with carbon linings in electrolysis cells
Graphitic ramming paste for use with carbon linings in electrolysis cells
Carbon ramming paste for use with carbon linings in electrolysis cells
Anthracitic ramming paste for use with carbon linings in electrolysis cells
Calcined anthracitic ramming paste for use with carbon linings in electrolysis cells
Ramming paste for use with carbon linings in blast furnaces
PAH-free ramming paste for use with carbon linings in blast furnaces
Benzopyrene-free ramming paste for use with carbon linings in blast furnaces
Phenol-free ramming paste for use with carbon linings in blast furnaces
Amorphous ramming paste for use with carbon linings in blast furnaces
Semi-graphitic ramming paste for use with carbon linings in blast furnaces
Carbonaceous ramming paste for use with carbon linings in blast furnaces
Graphitic ramming paste for use with carbon linings in blast furnaces
Carbon ramming paste for use with carbon linings in blast furnaces
Anthracitic ramming paste for use with carbon linings in blast furnaces
Calcined anthracitic ramming paste for use with carbon linings in blast furnaces
Ramming paste for use with carbon linings in reduction furnaces for production of metals
PAH-free ramming paste for use with carbon linings in reduction furnaces for production of metals
Benzopyrene-free ramming paste for use with carbon linings in reduction furnaces for production of metals
Phenol-free ramming paste for use with carbon linings in reduction furnaces for production of metals
Amorphous ramming paste for use with carbon linings in reduction furnaces for production of metals
Semi-graphitic ramming paste for use with carbon linings in reduction furnaces for production of metals
Carbonaceous ramming paste for use with carbon linings in reduction furnaces for production of metals
Graphitic ramming paste for use with carbon linings in reduction furnaces for production of metals
Carbon ramming paste for use with carbon linings in reduction furnaces for production of metals
Anthracitic ramming paste for use with carbon linings in reduction furnaces for production of metals
Calcined anthracitic ramming paste for use with carbon linings in reduction furnaces for production of metals
Carbon and anthracite mixtures containing binding agents
Chemicals and/or substances for use in the production of metals
Chemicals and/or substances for use in the production of aluminium
Chemicals and/or substances for use in the production of iron
Chemicals and/or substances for use in the production of silicon
Chemicals and/or substances for use in the production of ferroalloys
Chemical preparations in paste form for use in industry.