HighTech Materials Development B.V.
About Us
Our Mission
At TechMatter, we believe that materials are the foundation of technological progress, and in turn, technology reshapes the possibilities of material science. Our mission is to develop, optimize, and advance materials that drive innovation in high-tech industries, from semiconductors to energy storage and beyond.
By pushing the boundaries of material performance, we enable the next generation of sustainable, high-performance, and Ground-breaking Technologies. Through cutting-edge research, precision engineering, and deep scientific expertise, we create solutions that bridge the gap between materials innovation and technological transformation.
At TechMatter, we go beyond research—we engineer materials to shape the future of technology.
Our Expertise
At TechMatter, we specialize in developing, optimizing, and integrating advanced materials for high-tech industries while leveraging advanced fabrication, deposition, and metrology techniques to enhance materials processing efficiency.
Our expertise spans across:
- Materials Engineering & Development – Innovating next-generation materials for high-performance applications.
- Surface Science & Coatings – Enhancing material properties through advanced deposition and coating technologies.
- Semiconductor & Microelectronics Materials – Supporting ultra-precise manufacturing in the semiconductor industry.
- Cleanliness & Contamination Control – Ensuring material and environmental purity for high-tech applications.
- Energy Storage & Battery Technologies – Developing solutions for energy-efficient and durable storage systems.
- High-Tech Manufacturing Support – Bridging material science with industrial-scale production.
Through deep scientific expertise and advanced engineering, we transform material science into real-world innovations that drive next-generation technologies.
Our Services
Materials Science & Engineering
We develop and optimize next-generation materials to enhance performance, durability, and functionality.
- Advanced Material Selection & Development – Tailored material solutions for each applications
- Surface Treatments & Functional Materials – Coatings, modifications, and engineering to improve functionality, efficiency and reliability
- Thin-Film & Functional Coatings – Precision-engineered coatings for semiconductors, optics, and energy storage.
Cleanliness & Contamination Control
We ensure material and environmental purity for semiconductors, cleanrooms, and other high-precision applications, minimizing contamination risks and enhancing long-term reliability:
- Particle & Chemical Cleanliness Solutions – Protecting sensitive components from contamination in advanced manufacturing environments.
- Design & Workflow Assessment for Contamination Control – Developing and evaluating optimized workflows, protocols, and cleanroom strategies to mitigate contamination risks in high-tech manufacturing and research environments.
- Outgassing & Residual Contamination Mitigation – Reducing material degradation in vacuum and extreme environments.
Testing & Validation at Materials and Device Level
Ensuring the reliability, performance, and integrity of materials and devices through advanced testing methodologies that support research, development, and industrial applications:
- Material Characterization & Performance Testing – Electrical, mechanical, thermal, , physical, and chemical analysis to validate material properties.
- Device-Level Validation – Testing functional performance, failure analysis, and quality assurance of integrated devices through electrical, environmental stress, and fatigue testing.
With state-of-the-art metrology, analytical techniques, and reliability testing, we help businesses optimize materials for their intended applications while ensuring compliance with ISO, ASTM, and SEMI industry standards.
Consultancy & Feasibility Studies
We provide expert consultancy to help businesses navigate the technical complexities. Our approach ensures that innovations are feasible, scalable, and sustainable.
- Feasibility Studies & Design Validation – Evaluating material choices, processing routes, and sustainability improvements for optimized performance.
- Pilot-Scale Production & Prototyping – Bridging laboratory discoveries to scalable production, ensuring a smooth transition from R&D to industrial application.
- Collaborative Research & Technology Development – Partnering with industry leaders, startups, and research institutions to accelerate innovation.
- Technology Intermediation – Acting as a bridge between high-tech industries and technology providers, facilitating seamless knowledge transfer and implementation.