About Us
Interface Materials LLC is a Texas-based research and technology company dedicated to advancing the science, engineering, and data infrastructure of materials interfaces. We focus on solving some of the most critical challenges in clean energy systems, and semiconductor technologies where interface durability, integrity, and performance determine system reliability.
We specialize in understanding how materials behave where they meet, bond, or separate especially under complex conditions such as radiation, high temperature, electrochemical, mechanical stress, and long-term degradation. Our mission is to transform complex interfacial behavior into actionable insights, validated models, and scalable solutions.
To leverage the potential of materials interfaces through science, data, and innovation accelerating the next generation of nuclear and clean energy technologies.
To become the leading global authority in materials interface science: delivering breakthrough insights, advanced coatings, and data-driven technologies that enable safer, longer-lasting, and more sustainable energy systems for the future.
Our Aim
To advance the frontier of materials interface science by developing data-driven insights, innovative characterization solutions, and high-performance interface technologies that enable safer, more efficient, and more durable energy systems especially within the energy sector.
Our Core Goals
- Develop experimental and computational capabilities for characterizing interfaces under complex environments.
- Create standardized workflows for interface characterization, corrosion and stability studies.
- Design coatings that enhance radiation tolerance, corrosion resistance, and thermal stability.
- Partner with industry and national laboratories to enhance materials discovery for advanced energy systems.
- Build a high-fidelity dataset of interfacial properties relevant to batteries, semiconductors, and nuclear materials.
- Integrate machine learning tools to predict interface behavior and accelerate materials discovery.
- Combine physics-based simulations with AI/ML to solve the data-scarcity challenge in interface science.
- Improve accuracy of lifetime predictions for energy materials exposed to heat, radiation, and chemical attack.
- Provide interface consulting, testing, and analysis to companies developing advanced reactors, hydrogen production systems, and next-generation electronics.
- Translate fundamental interface science into scalable technologies that accelerate the clean-energy transition.
- Serve as a bridge between research labs and real-world energy applications.
- Support grant proposals, joint research projects, and technology transfer opportunities.
- Offer interface characterization, materials diagnostics, failure analysis, and data modeling services.
- Maintain scientific thorough, transparent, and customer-focused communication.
Our Commitment
We are committed to scientific excellence, rigorous research, transparency, and collaboration. We work with industry partners, national laboratories, universities, and technology developers to bring advanced interface solutions from concept to real-world application.
Our Purpose
To provide the materials science communities especially clean-energy innovators with the tools, data, and technologies needed to design more reliable materials, prevent failures, and accelerate deployment of advanced energy systems.