ballistic ceramic plates of various geometries
and devices to manufacture those
We ensure:
- Superior quality and more economically efficient solutions
- Reduced electricity consumption and higher efficiency
- Materials and devices: ballistic ceramic plates of various geometries.
- We can accomplish this quickly and in large quantities.
Lead to operational cost savings around 30% compared to HP technologies
ADVANCED CERAMIC MATERIALS FOR ARMOR APPLICATIONS
- Ceramic tiles available in various shapes and sizes
- Compatible for use in finished armor systems
- Exceptional hardness for advanced threats
- Reduced weight for improved mobility
- Enhanced performance benefits
- Density close to theoretical value
- Controlled uniformity of microstructures
- High-purity materials ensuring reliability
Some of the materials we can produce:
| Aluminium Nitride | Boron Carbide | Titanium Diboride | Alumina-Zirconia Composite | Silicon Carbide |
| AIN | B4C | TiB2 | ZrO2 | SiC |
Comparison of sintering parameters based on SiC material
| METHOD | SINTERING TEMPERATURE [°C] |
DWELL TIME OF PRCESS [MIN] |
COOLING TIME |
MAX. GRAIN SIZE [μM] |
| U-FAST TECHNOLOGY |
1950 | 60 | 15 MIN | 6 |
| CONVENTIONAL SINTERING |
2150 | 270 + COOLING |
FEW HOURS | 60 |
U-FAST TECHNOLOGY
Represents of spark plasma sintering that sets new standards in the sintering process. Our innovation is based on advanced technology that generates current pulses with a duration shorter than 1 ms, enabling sintering of materials with minimal or zero grain growth.
Why Our Technology Stands Out:
- Heat generated inside the material and matrix
- Cost-effective manufacturing
- One-stage process and near net shape production
- Short sintering process time
- Reduction in sintering temperature
