USAMICA LLC has been in business 30 + years & Ability to produce ultra-thin (down to 0.001”), Scratch-free, dust-free V1-grade mica
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Neutron Detectors Industries

USAMica: Ultra-Pure Substrates for Precision Particle Detection

Leading the Future of Neutron Detectors


USAMica Company supplies high-purity, defect-free mica sheets essential to neutron detection systems used in nuclear research, homeland security, reactor monitoring, and scientific instrumentation.

In neutron detectors, especially those utilizing solid-state or proportional counter technologies, mica serves as a critical substrate or window material for detecting alpha particles resulting from neutron capture reactions (e.g., with boron-10 or lithium-6).

Why USAMica?

- Ultra-thin sheets with high transparency to alpha particles
- Chemically inert and radiation-resistant
- Naturally cleaving for ultra-smooth surfaces
- Low-background, high-purity mica available
- Custom cutting and thickness control to detector specifications

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Let USAMica help you meet the future with confidence, efficiency, and proven thermal protection.Let’s explore how our mica-based solutions can elevate your mission.

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Applications

High-purity mica sheets are used as base substrates for thin-film coatings of boron-10 (B-10) or lithium-6 (Li-6), which interact with neutrons to emit detectable charged particles.

Mica functions as a thin, stable, and radiation-transparent window for alpha particles, minimizing scattering while providing structural integrity.

Mica’s natural low-radioactivity and smooth cleavage make it ideal for sensitive detection systems, reducing false signals and improving accuracy.

Mica's chemical inertness and thermal stability make it compatible with vacuum environments often used in advanced detection systems.

What is Mica

Mica is a naturally occurring mineral, based on a group of silicate minerals composed of varying amounts of aluminum, potassium, magnesium, iron and water having thin sheet-like or plate-like structure with different composition and physical properties.

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