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The Union trademark THERMARK was filed as Word mark on 08/31/2017 at the European Union Intellectual Property Office.
It was registered as a trademark on 12/28/2017.
The current status of the mark is "Trademark registered".
| Trademark form | Word mark |
| File reference | 017161589 |
| Application date | August 31, 2017 |
| Publication date | September 20, 2017 |
| Entry date | December 28, 2017 |
| Expiration date | August 31, 2027 |
Trademark owner
6060 Parkland Boulevard
44124 Mayfield Heights
US
44124 Mayfield Heights
US
Trademark representatives
Brucknerstr. 20
40593 Düsseldorf
DE
goods and services
1
Chemical substances; chemical materials; chemical preparations; natural elements; ceramic compositions for sintering [granules and powders]; metal oxide powders for industrial purposes; chemical preparations in the form of powders including energy absorbing materials, glass powders, ceramic powders and/or metal oxide powders to allow marking by laser on glass; chemical preparations in the form of powders including energy absorbing materials, glass powders, ceramic powders and/or metal oxide powders to allow marking by laser on ceramic; chemical preparations in the form of powders including energy absorbing materials, glass powders, ceramic powders and/or metal oxide powders to allow marking by laser on metal; chemical preparations in the form of powders including energy absorbing materials, glass powders, ceramic powders and/or metal oxide powders to allow marking by laser on polymer; chemical preparations in the form of powders including energy absorbing materials, glass powders, ceramic powders and/or metal oxide powders to allow marking by laser on composite material surfaces; chemical preparations in the form of powders including energy absorbing materials, glass powders, ceramic powders and/or metal oxide powders to allow marking by laser on sanitary ware; chemical preparations in the form of powders including energy absorbing materials, glass powders, ceramic powders and/or metal oxide powders to allow marking by laser on dinner ware; chemical preparations in the form of powders including energy absorbing materials, glass powders, ceramic powders and/or metal oxide powders to allow marking by laser on automotive parts; chemical preparations in the form of powders including energy absorbing materials, glass powders, ceramic powders and/or metal oxide powders to allow marking by laser on train parts; chemical preparations in the form of powders including energy absorbing materials, glass powders, ceramic powders and/or metal oxide powders to allow marking by laser on aerospace parts; chemical preparations in the form of powders including energy absorbing materials, glass powders, ceramic powders and/or metal oxide powders to allow marking by laser on medical devices; chemical preparations in the form of powders including energy absorbing materials, glass powders, ceramic powders and/or metal oxide powders to allow marking by laser on oil drilling parts; chemical preparations in the form of powders including energy absorbing materials, glass powders, ceramic powders and/or metal oxide powders to allow marking by laser on gas drilling parts; chemical preparations in the form of powders including energy absorbing materials, glass powders, ceramic powders and/or metal oxide powders to allow marking by laser on machine parts; chemical preparations in the form of powders including energy absorbing materials, glass powders, ceramic powders and/or metal oxide powders to allow marking by laser on electronic devices; chemical preparations in the form of powders including energy absorbing materials, glass powders, ceramic powders and/or metal oxide powders to allow marking by laser on semi-conductors; chemical preparations in the form of powders including energy absorbing materials, glass powders, ceramic powders and/or metal oxide powders to allow marking by laser on automotive glass; chemical preparations in the form of powders including energy absorbing materials, glass powders, ceramic powders and/or metal oxide powders to allow marking by laser on architectural glass; chemical preparations in the form of powders including energy absorbing materials, glass powders, ceramic powders and/or metal oxide powders to allow marking by laser on container glass; chemical preparations in the form of powders including energy absorbing materials, glass powders, ceramic powders and/or metal oxide powders to allow marking by laser on pharmaceutical glass; chemical preparations in the form of powders including energy absorbing materials, glass powders, ceramic powders and/or metal oxide powders to allow marking by laser on power tools; chemical preparations in the form of powders including energy absorbing materials, glass powders, ceramic powders and/or metal oxide powders to allow marking by laser on hand tools
2
Dyes; colorants; pigments; inks; coatings; thermographic ink including chemicals containing energy absorbing enhancers to allow marking by laser on glass; thermographic ink including chemicals containing energy absorbing enhancers to allow marking by laser on ceramic; thermographic ink including chemicals containing energy absorbing enhancers to allow marking by laser on metal; thermographic ink including chemicals containing energy absorbing enhancers to allow marking by laser on polymer; thermographic ink including chemicals containing energy absorbing enhancers to allow marking by laser on composite material surfaces; powder coatings for application by spray; sprayable coating compositions including energy absorbing materials to allow marking by laser; toner contained in cartridges; toner cartridges featuring chemicals containing energy absorbing enhancers to allow marking by laser on glass; toner cartridges featuring chemicals containing energy absorbing enhancers to allow marking by laser on ceramic; toner cartridges featuring chemicals containing energy absorbing enhancers to allow marking by laser on metal; toner cartridges featuring chemicals containing energy absorbing enhancers to allow marking by laser on polymer; toner cartridges featuring chemicals containing energy absorbing enhancers to allow marking by laser on composite material surfaces; filled ink jet cartridges; filled ink jet cartridges featuring chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on surfaces for use on sanitary ware; filled ink jet cartridges featuring chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on surfaces for use on dinner ware; filled ink jet cartridges featuring chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on surfaces for use on automotive parts; filled ink jet cartridges featuring chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on surfaces for use on train parts; filled ink jet cartridges featuring chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on surfaces for use on aerospace parts; filled ink jet cartridges featuring chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on surfaces for use on medical devices; filled ink jet cartridges featuring chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on surfaces for use on oil drilling parts; filled ink jet cartridges featuring chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on surfaces for use on gas drilling parts; filled ink jet cartridges featuring chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on surfaces for use on machine parts; filled ink jet cartridges featuring chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on surfaces for use on electronic consumer devices; filled ink jet cartridges featuring chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on surfaces for use on semi-conductors; filled ink jet cartridges featuring chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on surfaces for use on automotive glass; filled ink jet cartridges featuring chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on surfaces for use on architectural glass; filled ink jet cartridges featuring chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on surfaces for use on container glass; filled ink jet cartridges featuring chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on surfaces for use on pharmaceutical glass; filled ink jet cartridges featuring chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on surfaces for use on power tools; filled ink jet cartridges featuring chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on surfaces for use on hand tools
16
Paper tapes including chemicals containing energy absorbing materials to allow marking by laser on surfaces for industrial and commercial use
17
Unprocessed and semi-processed materials included in the class, not specified for use; plastics materials in the form of tapes [semi-finished products]; plastic including chemicals containing energy absorbing materials to allow marking by laser on surfaces for industrial and commercial use; polymer films for use in manufacture; polymer films including chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on glass; polymer films including chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on ceramic; polymer films including chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on metal; polymer films including chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on polymer; polymer films including chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on composite material surfaces; polymer films including chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on sanitary ware; polymer films including chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on dinner ware; polymer films including chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on automotive parts; polymer films including chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on train parts; polymer films including chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on aerospace parts; polymer films including chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on medical devices; polymer films including chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on oil drilling parts; polymer films including chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on gas drilling parts; polymer films including chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on machine parts; polymer films including chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on electronic consumer devices; polymer films including chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on semi-conductors; polymer films including chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on automotive glass; polymer films including chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on architectural glass; polymer films including chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on container glass; polymer films including chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on pharmaceutical glass; polymer films including chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on power tools; polymer films including chemicals containing energy absorbing enhancers to allow marking by laser of identification markings on hand tools
Trademark history
| Date | Document number | Area | Entry |
|---|---|---|---|
| February 19, 2021 | Change Representative, Published |
ID: 11017161589