Core Technology
Aro Labs has engineered a proprietary High Z and Low Z hybrid polymer composite designed to eliminate the weight tax bottleneck in modern aerospace logistics By replacing legacy heavy metals with an optimized molecular matrix we deliver flight ready radiation protection with unparalleled mass efficiency
The Advanced Compounding Advantage
Our shielding utilizes a proprietary matrix of space grade low outgassing polymer infused with a precisely engineered blend of high density attenuators and secondary mitigation compounds
Primary Attenuation High Z Our proprietary high atomic number loading acts as the primary barrier blocking incoming gamma and X ray radiation with industry leading efficiency
Secondary Mitigation Low Z A specialized low atomic number loading captures secondary emission splash providing a significantly cleaner radiation environment for sensitive onboard electronics compared to traditional metal housings
Technical Benchmarks
| Feature | Legacy Shielding Machined Tungsten | NeoShield Composite |
| Manufacturing Method | Subtractive Machining | Advanced Pressure Curing |
| Mass Efficiency | Baseline | Massive Weight Reduction |
| Design Complexity | Limited by Tooling | Custom Molded Topologies |
| Lead Time | Multiple Months | Seven Days |
| Supply Chain | International and Fragmented | Fully Domestic North American |
Why Volumetric Compounding is the Future of Shielding
By utilizing advanced volumetric compounding and vacuum degassing Aro Labs provides a highly scalable production solution Satellite manufacturers no longer need to warehouse heavy metal parts Instead we provide validated NeoShield composites manufactured on demand allowing for rapid custom integration and zero wasted space inside the payload chassis