Advantages of Technology
| Highly automated technological process |
 DOESN’T REQUIRE CLEAN ROOMS AND ACIDIC SOLUTIONS |
The production of high-purity SiO₂ and SiC is made in fully closed systems that avoids human intervention. |
|---|---|---|
| Exceptionally compact production line |
DOESN’T NEED LARGE SPACES |
The main equipment set includes sublimation, desublimation and hydrolysis reactors. |
| Low production cost, low energy consumption |
MINIMUM LABOR AND ENERGY CONSUMPTION |
Energy consumption is approximately 4kW/kg combined with minimum labor lead to lowest priced raw material. |
Application of The Amorphous SiO₂
Production of Si, SiC of electronic quality
Epitaxial layers in microelectronics
Optical fiber cables, ultra thin fiber and fiberglass
High temperature thermal protection fabrics
Special purpose ceramics
Raw material for production of eco glass, glassware and crystal
Ingredients in selfcare industry (toothpaste, creams, etc)
Pharmaceutical sorbents
Carriers, diluents or excipients in pharmaceuticals
Additive in food production (E551)
Abrassive materials
SiO₂ films are used as insulator in integrated circuits production
Production of High-Purity Silicon Carbides
High-purity silicon carbide powder of semiconductor quality for electronics needs.
Technologies do not require sterile workshops or clean rooms. Production process takes place in fully closed equipment avoiding external contamination.
Continuous production line operates with minimum personnel (3-4 employees for one process line)
Lower cost of our raw materials (SiO₂ and SiC) helps semiconductor industry to reduce their costs.
All production processes are automated and takes place in continuous mode.
The unique thermochemical processing suitable for industrial scale implementation.
Automation System / Control Unit
