From Molecule to Mission Critical

Weren't able to make it to CAMX? Connect with our team at by filling out the form to explore our domestically manufactured, non-styrene-based Forged Molding Compound (FMC) platform - designed for lightweight composite structures in defense, mobility, industrial, and emerging aerospace applications.

Connect with Our U.S. Supply Chain & Technical Team

Fill out the form below to speak with a North American composite specialist. Whether you need domestic sourcing security, volume lead-time projections, or technical consultation for an upcoming program, our team is ready to support your production goals.

Business Email Address

First Name

Last Name

Company

Job Title

Comments

I agree to receive informative updates and offers about and services via e-mail from Mitsubishi Chemical Advanced Materials AG and its affiliates. I'm aware of my right to revoke my consent and its details at any time through the preference center.

I have read, understood, and accept the privacy notice and terms & conditions of Mitsubishi Chemical Group.

Comments

Proven Technology. Smarter Production.

At Mitsubishi Chemical America, we combine a vertically integrated carbon fiber supply chain with innovative resin chemistry to deliver scalable, resilient material solutions. By bringing our proven Forged Molding Compound (FMC) platform directly to U.S. manufacturing, we help composite manufacturers balance lightweight structural integrity with supply chain security.

Featured Technology

Forged Molding Compound (FMC)

Our proven Forged Molding Compound (FMC) is U.S. manufactured through domestic production, pairing proprietary non-styrene-based vinyl ester resin chemistry with room-temperature storage and easy material handling. Engineered for efficient compression molding, FMC enables complex 3D geometries, variable wall thicknesses, and molded-in inserts without requiring traditional styrene-loaded processing environments.

Did You Miss the Show?

Contact Our Engineering Team Directly to discuss your project today.