SKYDE CLEAR Trademark

Trademark Overview

On Wednesday, January 24, 2024, a trademark application was filed for SKYDE CLEAR with the United States Patent and Trademark Office. The USPTO has given the SKYDE CLEAR trademark a serial number of 98374246. The federal status of this trademark filing is NEW APPLICATION - RECORD INITIALIZED NOT ASSIGNED TO EXAMINER as of Wednesday, January 24, 2024. This trademark is owned by Universal Photonics, Inc.. The SKYDE CLEAR trademark is filed in the Paint Products category with the following description:

Polymeric resin-based coating for use on metal surfaces; anti-corrosion preparations for coating metals
skyde clear

General Information

Serial Number98374246
Word MarkSKYDE CLEAR
Filing DateWednesday, January 24, 2024
Status630 - NEW APPLICATION - RECORD INITIALIZED NOT ASSIGNED TO EXAMINER
Status DateWednesday, January 24, 2024
Registration Number0000000
Registration DateNOT AVAILABLE
Mark Drawing4 - Illustration: Drawing with word(s) / letter(s) / number(s) in Block form
Published for Opposition DateNOT AVAILABLE

Trademark Statements

Goods and ServicesPolymeric resin-based coating for use on metal surfaces; anti-corrosion preparations for coating metals

Classification Information

International Class002 - Paints, varnishes, lacquers; preservatives against rust and against deterioration of wood; colorants; mordants; raw natural resins; metals in foil and powder form for painters, decorators, printers and artists.
US Class Codes006, 011, 016
Class Status Code6 - Active
Class Status DateWednesday, January 24, 2024
Primary Code002
First Use Anywhere DateThursday, September 28, 2023
First Use In Commerce DateThursday, September 28, 2023

Trademark Owner History

Party NameUniversal Photonics, Inc.
Party Type10 - Original Applicant
Legal Entity Type03 - Corporation
AddressCentral Islip, NY 11722

Trademark Events

Event DateEvent Description
Wednesday, January 24, 2024NEW APPLICATION ENTERED

Related Keywords

clear skyde coating corrosion preparations metals anti metal resin based polymeric surfaces