Research & Development

Leading R&D Solutions for Advanced Innovation

Testbourne is at the forefront of providing specialised materials and instrumentation for R&D purposes across multiple industries. We serve a diverse range of clients, from universities and research institutions to government labs and private companies, offering cutting-edge solutions that fuel research into fields such as semiconductors, photovoltaics, fuel cells, coatings, space imaging and accelerator applications.

Comprehensive Instrumentation for Diverse Applications

Testbourne supplies a wide array of instrumentation designed to meet the unique needs of research and development. Our instruments support precise testing and data collection for a variety of applications, ensuring that your research is backed by the best tools in the industry. Some of the core products include:

Ceramaseal® UHV Components: Designed for ultra-high vacuum (UHV) systems, these components ensure reliability in experiments requiring controlled environments.
Inficon Thin Film Measurement and Vacuum Control: Offering advanced thin-film measurement technologies and vacuum control systems for precise research in material science.
Quartz Sensor Crystals: High-quality quartz crystals essential for monitoring thin films and various deposition processes.
Vacuum Evaporation Sources: Critical for applications such as semiconductor and thin-film deposition.
Sairem Microwave Equipment: Used in material processing, chemical applications, and research into new energy solutions.
Fluids, Greases and Sealants: Essential for maintaining equipment and ensuring the longevity and performance of your instruments.

High-Performance Materials for Cutting-Edge Research

Our materials division focuses on providing the highest purity and most reliable materials for R&D, supporting advancements in a variety of high-tech fields. We offer products such as:

High Purity Materials: Essential for precise and sensitive experiments requiring contaminant-free materials.
Sputtering Targets: For thin-film deposition, crucial in electronics, semiconductor and material science research.
Electron Beam Gun Crucibles: Used for high-performance material evaporation processes.
Single Crystals and Ceramics: Offering high-quality materials for various research applications, including electronics and photonics.
Hard-Wearing and Decorative Coatings: For applications in automotive, architectural glass, and protective coatings.
Architectural, Automotive Glass and Web Coatings: Providing solutions for coating applications across industries like architecture and automotive, ensuring durability and aesthetic quality.

Frequently Asked Questions on R&D Solutions

What materials are best for semiconductor research?

Testbourne provides high-purity materials and sputtering targets specifically tailored for semiconductor R&D, ensuring precision in every project.

How can thin film measurement tools improve my research?

Our Inficon Thin Film Measurement instruments provide accurate data, essential for understanding material properties and optimising deposition processes.

What are the best coatings for high-temperature applications?

We offer hard-wearing coatings and decorative coatings designed to withstand extreme temperatures, perfect for applications in automotive and aerospace research.

How do I choose the right sputtering targets for my research?

Testbourne’s experts can help you select sputtering targets that meet your exact requirements, ensuring efficient and precise thin-film deposition.

What is the role of vacuum evaporation sources in material science?

Vacuum evaporation sources are crucial for applications such as semiconductor fabrication and thin-film deposition, and Testbourne offers top-quality options.

What is the importance of high-purity materials in R&D?

Our high-purity materials provide essential reliability and performance for experiments that demand precision and minimal contamination.

How can Testbourne support my R&D project from concept to industrial production?

We collaborate closely with scientists, engineers and technicians throughout the entire research process, from concept development through scaling production.

What types of instruments are essential for space imaging research?

Testbourne provides vacuum control systems, microwave equipment and sensor crystals, ideal for the demands of space imaging and aerospace R&D.

How can microwave equipment enhance energy research projects?

Our Sairem microwave equipment supports energy research applications, particularly in material processing and energy generation technologies.

What are the key benefits of using UHV components in experimental setups?

Ceramaseal® UHV components are essential for maintaining ultra-high vacuum conditions, ensuring precise experiments and reducing contamination risks.

Collaborative Research & Development Process

At Testbourne, our approach to R&D is highly collaborative. We work closely with scientists, engineers, technicians and students throughout the entire research process. From initial concept through testing and upscaling to industrial production, we ensure that our clients have the support and tools they need to succeed.

Whether your project is focused on advanced materials, semiconductor research, or cutting-edge electronics, we bring tailored solutions that accelerate progress and ensure the highest standards of quality. Contact us today to learn how we can assist with your next R&D project.