CONTRAX
Published

Dow, DowAksa, RUSANO, HCC to make carbon fiber in Russia

The four firms have signed a memorandum of intent to develop a strategy to launch production of carbon fiber intermediates, composites materials and solutions in Russia.

Share

The Dow Chemical Co. (Midland, Mich., USA), joint venture DowAksa Advanced Composites Holdings B.V. (Midland, Mich.; Istanbul, Turkey), Russian nanotech firm RUSNANO (Moscow, Russia), and Holding Company Composite (HCC, Moscow, Russia) announced on Jan. 28 the signing of a memorandum of intent (MOI) to develop a comprehensive strategy to launch production of carbon fiber intermediates, composite materials and solutions in Russia.

The strategy presupposes potential investments in Prepreg‐ACM and Nanotechnology Center of Composite, two Russian companies with co‐investment in RUSNANO. The parties have agreed to explore opportunities in the areas of aerospace, infrastructure, energy, oil and gas and transportation, and to explore supplying the Russian domestic and global markets.

The document signed is another important milestone in the parties’ cooperation, emphasizing the intentions earlier outlined in the 2011 MOU between Dow and RUSNANO on potential joint projects in the areas of energy efficiency, infrastructure, lightweight materials, and life sciences, as well as plans by DowAksa and HCC to consider carbon fiber manufacturing in Russia.

The 2013 MOI was signed at the World Economic Forum in Davos, Switzerland, by Andrew N. Liveris, Dow’s chairman and CEO; Anatoly Chubais, RUSNANO CEO and chairman of Executive Board; Leonid Melamed, CEO of HCC; Heinz Haller, Dow’s executive vice president, chief commercial officer, president Dow Europe, Middle East and Africa and chairman of DowAksa Board of Directors; and Mehmet Ali Berkman, chairman of Aksa Board and deputy chairman of DowAksa Board of Directors. At the meeting preceding the signing ceremony, Dow and RUSNANO discussed potential cooperation between Dow and RM Nanotech, a RUSNANO portfolio company.

“The signing of the MOI on potential manufacturing of carbon fiber intermediates in Russia marks a significant step forward in Dow’s innovation and growth strategy, and strengthens our commitment to addressing the needs of growing emerging geographies such as Russia,” says Liveris. “Collaborating with the strong local players and leveraging DowAksa capabilities, we will contribute Dow’s expertise in composites technology, formulation, and technical service as well as global market knowledge and channels.”

"DowAksa which has entered into carbon fiber business in 2009 by developing its own technology is a potential leader in the production of carbon fiber and carbon fiber intermediates, and our engagement with the Russian domestic companies will bring new investments to the Russian market and may enable the local production of high quality composite materials which are extremely valuable for downstream high‐tech manufacturing. I believe that this collaboration will place DowAksa and Turkey in Advanced Materials league in which only few countries currently exist,” says Berkman.

“With this agreement, we open a pathway to our portfolio companies for business and technological partnership with Dow Chemical—the acknowledged leader in innovations in chemical industry,” says Chubais. “The agreement will enable our companies to spurt ahead in the rapidly evolving realm of carbon composite materials and to find new solutions to increasingly complex engineering challenges.”

“During 2013 I believe we’ll be able to reach strategic agreement on DowAksa’s investment in our project and set up the partnership that will promote our products in Russia, the CIS, and international markets,” says Melamed. 

BARRDAY PREPREG
PRO-SET®️ Laminating Epoxies
Park Aerospace Corp.
VIRTEK IRIS AI COMPOSITE INSPECTION
CONTRAX
multi-component injection molding process
CW Hydrogen Report
CAMX 2026
release agents, purging compounds,process aids
supplier of essential composite materials
Thermoplastic Composite Solutions for Aerospace Structures
Elevate Your Production with Thermwood LSAM

Related Content

Post Cure

Post Cure: 3D printed plastic, composite mouthstick designs assist limited-mobility users

Three M Tool and Machine has used its in-house additive manufacturing capabilities to rethink medical devices like mouthsticks, which must be stiff, lightweight and comfortable enough for everyday use.

Read More
Infusion

Low-cost, efficient CFRP anisogrid lattice structures

CIRA uses patented parallel winding, dry fiber, silicone tooling and resin infusion to cut labor for lightweight, heavily loaded space applications.

Read More
Carbon Fibers

SMC composites progress BinC solar electric vehicles

In an interview with one of Aptera’s co-founders, CW sheds light on the inspiration behind the crowd-funded solar electric vehicle, its body in carbon (BinC) and how composite materials are playing a role in its design.  

Read More
Feature

Composites end markets: Automotive (2025)

Composites manufacturing intelligence drives circular economy solutions as automotive industry balances technical demands with sustainability mandates.

Read More

Read Next

Automotive

Report: Composites and Carbon Fiber Use in Hydrogen Storage

A first-of-its-kind technical report that assesses the materials, manufacturing processes, market and energy trends driving use of carbon fiber composites in global hydrogen (H₂) storage applications for fuel cell-powered trucks, buses, trains and passenger vehicles.   

Read More
Digitization

Dialing in composites performance via dynamic digital twins

Sport Dynamics Lab uses Flexdynamics testing, digital models and AI tools to compare designs, materials and systems, enabling optimization with potential for propellers, drones and vibrational structures.

Read More
NDT

Industrial ultrasonic NDT adaptation permits accessible composite bicycle inspection

Cycle Inspect's ASNT-aligned certification program employs affordable twin-crystal ultrasonic testing equipment and standardized inspection methods to detect damage in composite bicycle components.

Read More
CONTRAX