OUR TECHNOLOGY

Hybrid Materials: Where Organic Scalability and Speed Meet Inorganic Performance

⚠

The Challenge

A Decades-Long Dilemma in Materials for Radiation Scintillation and Detection

The radiation scintillation and detection industry has long faced a critical trade-off:

Organics are scalable, low-cost, and fast responsive — but lack high sensitivity.
Inorganics are highly sensitive — but brittle, rigid, often hygroscopic, and require costly, high temperature or high vacuum processing.

These limitations create a persistent need for a new class of materials that can combine the essential properties of high sensitivity, fast response, moisture-resistant stability, flexibility, scalability, and affordability to meet modern demands in radiation applications.

Our Solution: Proprietary Hybrid Materials

Where Organic Scalability and Speed Meet Inorganic Performance

Our proprietary organic–inorganic hybrid materials are designed to drive the next generation of radiation scintillators and detectors. These advanced hybrid materials uniquely combine the benefits of both organic and inorganic materials, offering a powerful synergy of properties: high-sensitivity, fast response, moisture-resistant stability (non-hygroscopic), and a flexible, large area form factor. They are also scalable through low-cost synthesis.

This breakthrough technology enables the creation of affordable, flexible, large-area radiation scintillators and detectors with high sensitivity and fast response. Furthermore, our non-toxic, lead-free, and rare-earth-free hybrid are a sustainable material solution fabricated with an energy-saving process, designed to meet increasingly strict environmental regulations.

This will spur innovation in critical sectors such as homeland security, nuclear industry, nuclear medicine, industrial non-destructive testing, medical imaging, and high energy physics.

Key Advantages

High Sensitivity

Delivers superior radiation scintillation and detection sensitivity.

Fast Response

Offers scintillation decay time down to nanosecond.

Integration Friendly

Not hygroscopic or brittle. And emission wavelength matching with peak response of Si detector (compatible with magnetic field).

Flexible

Offers flexible sheets or thin films coated on bendable substrates.

Scalable

Simple manufacturing process enables large-scale production of large area sheets and thin films.

Cost-Effective

Uses a simple, room-temperature synthesis process with earth-abundant materials.

Eco-Friendly

Non-toxic product free from lead and rare-earth metals, fabricated with energy-saving processing.

Excellent Material Tunability

Emission wavelength (tunable across visible range), band gap tunable (to suppress dark current), and effective Z-value (from tissue-equivalent to middle stop power).

Great Stability

Maintained performance after storing in ambient condition for several years.

Performance Highlights

5-10×

Light Yield

20×

Response Speed

5-100×

Direct Detection Sensitivity

900×

Better Detection Limit

Excellent Scintillator Light Yield:

Outperforming commercial plastic scintillators by a factor of 5 to 10.

Great Decay Time:

Faster than commercial NaI by a factor of 20. Tunable from nano-second to millisecond.

Superior Direct X-ray Detection Sensitivity:

Outperforming commercial a-Se by a factor of 5 to 100.

Ultra Low Detection Limit

Outperforming commercial a-Se by a factor of 900.