Market analysis of carbon fiber production with reference to the oxidation ovens used

Author:

Pohlkemper Felix1,Rolfes Simon1,Bouhrara Mohamed2,Röding Tim1,Gries Thomas1

Affiliation:

1. Reinforcing Fibres, Institut für Textiltechnik of RWTH Aachen University RWTH Aachen University Aachen Germany

2. Non‐metallic Research Center (NRC) Aramco Overseas Company Paris France

Abstract

AbstractAn important process step in carbon fiber production is the stabilization of the pan precursor fiber, which makes it infusible and incombustible. This article gives a market overview of the carbon fiber producers relating to their used oxidations oven and of market of oxidations oven itself. All six industrially available oxidation oven types are described and an overview of the oven supplier is given. The analysis of the oxidation oven market shows that only three out of six oxidation oven technologies are used for large‐volume production. CtE is currently the most widely used oven technology with approximately 55%. Since 2014, CF demand has been growing faster than the expansion of production capacities. A shortage is predicted within the next 5 years. In addition, the production capacities of existing CF lines have stagnated at an average of 1.5 kt*a−1 since the last 10 years. To meet the increasing CF demand in the coming years, various options are available: (1) Increasing large‐tow production, (2) Increasing process speed (3) Increasing the loading factor (4) Increasing with of oxidation oven.

Publisher

Wiley

Reference77 articles.

1. Carbon Fibers and Their Composites

2. M.Sauer D.Schüppel Marktbericht 2021 Der Globale Markt für Carbonfasern und Carbon Composites Berlin 2021.

3. S.Das J.Warren D.West S. M.Schexnayder Global Carbon Fiber Composites Supply Chain Competitiveness Analysis 2016.

4. F.Pursche Dissertation Reduktion der Stabilisierungszeit bei der Herstellung von PAN‐basierten Carbonfasern 2019.

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