CF

Cornelia Fritze

Email
Email **************
Phone
Phone Number **************
Location
Location Not specified
lightning_bolt Market Research

Professional Role and Responsibilities


Cornelia Fritze is currently Head of the Technical Center Polyolefin Catalyst Research and Development at Clariant Produkte (Deutschland) GmbH, based in Frankfurt, Germany. She has held this leadership role since at least April 2015. Prior to this, she served as the Director of International Product Development in Adhesive Technologies targeting Consumers and Craftsmen sectors and has global responsibilities in R&D and product development for polyolefin catalysts.

Educational Background


Dr. Fritze holds a Doctor of Philosophy (PhD) in Chemistry from the University of Münster, Germany. Her academic credentials underpin her expertise in chemical catalysis and polyolefin polymerization technologies.

Technical Expertise and Industry Focus


Dr. Fritze’s career centers on polyolefin catalyst systems and the development of advanced catalyst technologies for olefin polymerization. Her work includes innovations in:

  • Supported multicomponent catalyst systems for olefin and diolefin polymerization.

  • Adhesive compositions based on polyolefins.

  • Modifications optimizing catalyst activity and polymer properties.

  • International patents and scientific contributions related to olefin catalyst compositions (e.g., WO 99/61487, CA2499951C, US7700707B2).


Her R&D leadership involves supervising polymerization trials, catalyst performance optimization, and product development workflows essential to Clariant’s portfolio in specialty polymers and adhesives.

Patent and Publication Contributions


Cornelia Fritze is a named inventor on multiple patents relating to polyolefin catalysts and adhesive compositions, including but not limited to:

  • Multi-catalyst systems enhancing olefin polymerization efficiency and polymer properties.

  • Supported chemical compounds for catalyst use (e.g., patent CA2212668A1).

  • Polyolefin adhesive composition improvements with industrial applications.


Additionally, she has authored scientific articles on catalysts for polymers such as polypropylene, often collaborating with industry and academic partners. Her work has been cited in journals focused on molecular catalysis and polymer science, reflecting her recognized technical expertise.

Industry and Company Context


Clariant Produkte (Deutschland) GmbH operates within the specialty chemicals industry with a significant focus on catalyst development for polymers and advanced materials. The company actively collaborates with research institutes (e.g., Fraunhofer ICT) on polymerization processes and polyolefin characterization, indicating a strong innovation focus.

Dr. Fritze’s role as Head of the Technical Center positions her as a key decision-maker and technical authority in catalyst technology development within Clariant, overseeing both innovation and product commercialization.

Geographic and Network Information


Cornelia is based in Frankfurt, Hessen, Germany, with a professional network of approximately 180+ contacts on LinkedIn, predominantly within the chemical and polymer sciences sectors. This network likely includes R&D peers, product development specialists, and industrial partners.




In summary, Cornelia Fritze is a senior R&D leader at Clariant specializing in polyolefin catalyst technology with strong academic credentials and a robust patent portfolio. Her domain expertise covers the design and development of catalyst systems for olefin polymerization, adhesion technologies, and polymer performance optimization, aligned with Clariant's strategic focus on specialty catalysts and adhesives.
live_help_icon Frequently Asked Questions about Cornelia Fritze
pointer_icon
What is Cornelia Fritze's email address? Cornelia Fritze's email address is **********
Browse SuperAGI Directories
agi_contact_icon
People Search
agi_company_icon
Company Search
AGI Platform For Work Accelerate business growth, improve customer experience & dramatically increase productivity with Agentic AI