CFIL80 Trademark

Trademark Overview

On Monday, October 6, 2025, a trademark application was filed for CFIL80 with the United States Patent and Trademark Office. The USPTO has given the CFIL80 trademark a serial number of 99429491. The federal status of this trademark filing is NEW APPLICATION - RECORD INITIALIZED NOT ASSIGNED TO EXAMINER as of Monday, October 6, 2025. This trademark is owned by Crystal Filtration Company of Michigan. The CFIL80 trademark is filed in the Environmental Control Instrument Products category with the following description:

Fibrous filtering media for general industrial use in the purification of air, water, cooking oil, and industrial fluids
cfil80

General Information

Serial Number99429491
Word MarkCFIL80
Filing DateMonday, October 6, 2025
Status630 - NEW APPLICATION - RECORD INITIALIZED NOT ASSIGNED TO EXAMINER
Status DateMonday, October 6, 2025
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 ServicesFibrous filtering media for general industrial use in the purification of air, water, cooking oil, and industrial fluids

Classification Information

International Class011 - Apparatus for lighting, heating, steam generating, cooking, refrigerating, drying, ventilating, water supply, and sanitary purposes.
US Class Codes013, 021, 023, 024, 031, 034
Class Status Code6 - Active
Class Status DateMonday, October 6, 2025
Primary Code011
First Use Anywhere DateMonday, March 31, 2025
First Use In Commerce DateMonday, March 31, 2025

Trademark Owner History

Party NameCrystal Filtration Company of Michigan
Party Type10 - Original Applicant
Legal Entity Type03 - Corporation
AddressRochester Hills, MI 48309

Trademark Events

Event DateEvent Description
Monday, October 6, 2025NEW APPLICATION ENTERED
Monday, October 6, 2025APPLICATION FILING RECEIPT MAILED

Related Keywords

cfil industrial water cooking fluids purification fibrous media general filtering