Trademark: STASSKOL 2203840
Word
STASSKOL
Device Descrption:
IMPELLER,3-BLADE DIVIDES LTR O
ID
2203840
Trademark Type
Figurative
Status
Protected: Registered/protected
Application Date
06 May 2011
Registration Date
28 July 2021
Renewal Date
06 May 2031
Owner(s)
Service
Spruson & Ferguson
Goods and Services:
Class 7:
Gaskets, piston rings, valves, spare parts for compressors, spare parts for pumps, machine elements under rotary and/or oscillatory stress.
Gaskets, piston rings, valves, spare parts for compressors, spare parts for pumps, machine elements under rotary and/or oscillatory stress.
Class 17:
Plastics, semi-processed, plastic foils, other than for packaging, gaskets, sealing rings, weatherstripping, sealants, cylinder jointing, plastics (semi-finished products) for use in manufacture.
Plastics, semi-processed, plastic foils, other than for packaging, gaskets, sealing rings, weatherstripping, sealants, cylinder jointing, plastics (semi-finished products) for use in manufacture.
Class 37:
Servicing, namely maintenance, repair, installation (assembly and conversion) and servicing of compressors and other machines with elements under rotary and/or oscillatory stress.
Servicing, namely maintenance, repair, installation (assembly and conversion) and servicing of compressors and other machines with elements under rotary and/or oscillatory stress.
Class 42:
Machine construction design services, namely technical design of machine parts under rotary and/or oscillatory stress, technical consultancy, servicing, customer services, namely analysis and diagnosis for compressors and other machines with elements under rotary and/or oscillatory stress, material development, in particular development and optimisation of plastic formulations.
Machine construction design services, namely technical design of machine parts under rotary and/or oscillatory stress, technical consultancy, servicing, customer services, namely analysis and diagnosis for compressors and other machines with elements under rotary and/or oscillatory stress, material development, in particular development and optimisation of plastic formulations.