Research Materials for Particle Physics

Researchers working in this area investigate the fundamental building blocks of matter using some of the most advanced technologies on Earth, including particle accelerators, synchrotrons, and detectors. These systems demand materials that are extremely pure, stable under radiation, thermally robust, and electromagnetically precise.

At Advent Research Materials, we can support scientists and engineers in this space by supplying high-purity metals, alloys, and polymers used in beamline components, vacuum chambers, cryogenic systems, shielding, and detector assemblies.

Our materials help enable high-precision experimentation at institutions including CERN, the Diamond Light Source, and national labs around the world.

Where our materials can be used in particle physics

1. Accelerators and Synchrotrons

Particle accelerators and synchrotrons use intense magnetic and electric fields to accelerate subatomic particles. Materials used here must be ultra-stable, vacuum-compatible, and able to resist thermal and radiation stress.

• Copper – critical for RF cavities, waveguides, and magnets due to its high conductivity
• Aluminium – used for vacuum chamber components and structural elements due to low activation and lightweight properties
• Stainless steel – widely used in vacuum systems and supports, offering strength and corrosion resistance

2. Cryogenics and Beamline Systems

• Indium foil – ideal for cryogenic sealing and thermal conductivity in beamline interfaces
• PTFE – used in insulating and vacuum feedthrough applications
• Titanium – valued for strength, lightness, and low magnetic susceptibility

3. Detector Systems and Instrumentation

• Gold, platinum, and silver – used in micro-electronic components and fine wire bonding for sensor arrays
• High-purity polymers – such as PEEK, used for electrical isolation and detector housings
• Nickel and nickel alloys – for magnetic shielding and support structures

Product Formats and Availability

We supply all relevant materials in the formats most commonly used in particle physics R&D:

• Foil, wire, sheet, rod, disc, plate, and custom dimensions

All materials are provided with traceability, purity certification, and batch-level documentation.

Supporting High-Energy Physics

Whether you’re building next-generation detectors, designing accelerator beamlines, or refining cryogenic interfaces, our materials are selected to meet the exacting standards of high-energy physics research.

Explore our full range of products for particle physics and high-energy science.