Ceramic Nozzles
Calix Ceramic Solutions provides a diverse range of advanced materials tailored for harsh environments:
- Oxides: Aluminum Oxide, Zirconium Oxide, Zirconia Toughened Alumina
- Carbides: Sintered and Reaction-Bonded Silicon Carbide compositions
Core Applications
Our high-performance solutions span from precise fluid dynamics to rugged surface preparation:
- Atomization: For uniform fluid distribution and precise spray control.
- Sandblasting: Built to withstand highly abrasive media during intense surface preparation.
Key Industry Solutions
| Industry | Application | Primary Benefit |
|---|---|---|
| Chemical Processing | Corrosive chemical flow control | Exceptional corrosion resistance maximizes equipment longevity. |
| Energy | Fluidized bed reactors (gas/liquid) flow | Precise flow control to optimize energy conversion efficiency. |
| Industrial Machinery | High-friction environments & coating application | Extreme wear resistance that safeguards equipment and extends component life. |
Ceramic Nozzle Types
Ceramic sandblasting
Ceramic Sandblasting
Ceramic Spray Coating
Ceramic Spray Coating
Ceramic Atomization
Ceramic Atomization
Ceramic Spray and Venturi
Ceramic Sandblasting
Ceramic Nozzle Applications
Cleaning
Removing rust, paint, scale, and other contaminants from metal surfaces.
Surface preparation
Roughening surfaces to improve adhesion for coatings or other processes.
Engraving & etching
Creating designs or markings on hard surfaces like glass or stone.
material removal
Precise removal of material in specific areas for shaping or repair purposes.
Ceramic Nozzle Benefits
•Durability
Ceramic nozzles offer superior wear resistance compared to metal nozzles, leading to a longer lifespan, especially when used with abrasive media.
•Performance
They can maintain a consistent blasting pattern due to their ability resist wear and deformation.
•Versatility
Ceramic nozzles come in various sizes and shapes to accommodate different blasting applications and desired spray patterns.
•Cost Effectiveness
The extended lifespan, reduced maintenance, and improved process efficiency of ceramic nozzles often lead to lower overall costs compared to metal nozzles over time.