Serial Number
77767876
Owner
Ernst Kuehne Kunststoffwerk GmbH & Co. KGAttorney
Jeffrey D. SanokFirst Use Date
Jul 10, 1969
Filing Date
Jun 25, 2009
WACOSIT Trademark
Serial Number: 77767876 • Registration: 3964035
Trademark Classes
Owner Contact Info
Im Hagenacker 6
Waldshut-Tiengen 79761 , DE
Entity Type: 99
Legal Representation
Trademark Details
Filing Date
June 25, 2009
Registration Date
May 24, 2011
First Use Anywhere
July 10, 1969
First Use in Commerce
January 1, 1999
Published for Opposition
March 8, 2011
Goods & Services
Custom manufacture of structural and architectural forms in the nature of pultruded profiles of fibre-reinforced epoxy resins, of fibre-reinforced polyester resins, of fibre-reinforced vinyl ester resins and of fibre-reinforced acrylic resins; Custom manufacture of fibre-reinforced components for the automotive industry, the electric industry, the consumer goods industry, the construction business, the railway industry, the aerospace industry, the mechanical engineering industry, and the antenna industry; Custom manufacture of fibre-reinforced profiles made by pultrusion method for use in the automotive industry, the electric industry, the consumer goods industry, the construction business, the railway industry, the aerospace industry, the mechanical engineering industry, and the antenna industry; fibre-reinforced components for use in the automotive industry, the electric industry, the consumer goods industry, the construction business, the railway industry, the aerospace industry, the mechanical engineering industry, and the antenna industry made by filament windings
Fibre-reinforced epoxy resins, fibre-reinforced polyester resins, fibre-reinforced vinyl ester resins and fibre-reinforced acrylic resins all of the foregoing made by pultrusion and in the form of profiles for use in manufacturing in a wide variety of industries; fibre-reinforced epoxy resins, fibre-reinforced polyester resins, fibre-reinforced vinyl ester resins and fibre-reinforced acrylic resins all made using the filament winding fabrication technique and in the form of profiles for use in manufacturing in a wide variety of industries
