Welcome to 2D MATX, innovation meets creativity in the world of material design and technology.

We are excited to have you join us on this journey as we explore groundbreaking solutions and elevate your experience in the growing advanced materials world!

The Story Behind 2D MATX

Our company was founded to accelerate the transition of advanced nanomaterials from the laboratory scale to real-world applications. Built on strong foundations in cutting-edge materials science, we specialize in the development and manufacturing of advanced two-dimensional (2D) nanomaterials and ceramic materials that serve both research and industrial needs.

We recognized a critical gap in the availability of high-quality, reliable, and scalable advanced materials, particularly for emerging sectors such as sustainable energy, electronics, communication, aerospace, and defence. Our mission is to bridge this gap by combining scientific innovation with scalable production to deliver materials that enable next-generation technologies.

Our work supports researchers, industries, and innovators worldwide, enabling breakthroughs that contribute to technological advancement, national capability, and global sustainability.

Explore Our Solutions

We offer services for custom-designed materials and ceramic components to meet the demands of various property measurements and applications.

MAX phases and 2D materials

Dynamic range of 2D materials (bulk layered powders) and non-MAX precursors with particle sizes from <10–70 µm and >99.5% purity. Includes wide range of 2D, 1D and 0D nanomaterials.

Advanced Ceramic Materials

High-performance ceramic materials tailored for manufacturing processes, including 3D-printable slurries, premium filaments, intricate custom components, and ceramic fiber composites engineered to meet strict industrial standards.

Functional Devices & Sensors

State-of-the-art solutions for defense and advanced technology sectors, including flexible conductive substrates, sensor systems, and custom-designed functional materials engineered for diverse measurement and application demands.