Materials Development

Proven in-house expertise

At Matrix Composites & Engineering, we do not just create materials, we engineer advanced composites that make our products lighter, smarter, and stronger. Whether it is replacing metal, improving thermal resistance, or solving complex design challenges, our materials are developed to meet the demands of real-world performance.

Materials Development

Materials Development

Proven in-house expertise

At Matrix Composites & Engineering, we do not just create materials, we engineer advanced composites that make our products lighter, smarter, and stronger. Whether it is replacing metal, improving thermal resistance, or solving complex design challenges, our materials are developed to meet the demands of real-world performance.

Engineering materials for the real-world

While R&D sets our long-term strategy, our materials development team ensures innovations are formulated, tested and proven for scalable use. We take a practical, application-driven approach to materials development. Every project begins with a deep understanding of the environment in which our products operate – from thermal extremes and mechanical stress to chemical resistance and compliance requirements.

All formulations, from resin systems to structural composites, are designed, tested and developed in our in-house materials laboratory to ensure durability, precision, and reliability in the field. This integrated capability allows us to experiment, test, and validate faster, reducing development time and building confidence before moving to production.

By proving performance early, we ensure our materials are ready to scale reliably. Whether it is a custom resin system or a composite developed to replace conventional materials, our laboratory team enables the successful delivery of advanced materials solutions that perform as expected in the field.

Our Materials Development Capability

Formulation Expertise

Custom resin systems and composite formulations tailored for strength, durability, and performance.

In-house Testing

Onsite mechanical, thermal, and chemical testing to validate materials before production.

Lab to Production Scale Up

Efficient transition from concept formulations to full-scale manufacturing.

Materials Focused Engineering

Engineering materials that solve challenges not achievable with traditional materials.

Rapid Development Cycles

Fast in-house iteration with integrated lab, testing, and production feedback.

Proven Field Performance

All materials tested, trusted, and proven in harsh real-world environments.

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