Zirconium Oxide-Based Thermal Spray Powder Description
The zirconia-based thermal spray powder coating is dense and non-tough, it is resistant to high-temperature particle erosion, has excellent thermal shock resistance, and has good thermal insulation properties. This advanced thermal spray material is designed to provide exceptional thermal barrier coatings, corrosion resistance, and wear protection for a wide range of industrial applications.
Zirconium Oxide-Based Thermal Spray Powder Specifications
| Plasma generator |
Plasma Gas Ar(SLPM) |
Plasma Gas H₂(SLPM) |
Current(A) |
|
| F4 |
42 |
11 |
550 |
120 |
| Compositions (wt. %) |
Particle size(μm) |
Melting point(ºC) |
|
|
CaO:5.0, ZrO2:balance
|
-98 +44 |
2535~2550
|
HRC:30~45
|
| -74 +38 |
| -53 +15 |
| -44 +10 |
| -38 +5 |
|
CaO:10.0, ZrO2:balance
|
-98 +44 |
2535~2550
|
HRC:30~45
|
| -74 +38 |
| -53 +15 |
| -44 +10 |
| -38 +5 |
|
CaO:31.0, ZrO2:balance
|
-98 +44 |
2535~2552
|
HRC:30~45
|
| -74 +38 |
| -53 +15 |
| -44 +10 |
| -38 +5 |
|
CaCO3:8.0, ZrO2:92.0
|
-98 +44 |
2590
|
HRC:35~45
|
| -74 +38 |
| -53 +15 |
| -44 +10 |
| -38 +5 |
|
Y2O3:8.0, ZrO2:balance
|
-98 +44 |
2480
|
HRC:35~45
|
| -74 +38 |
| -53 +15 |
| -44 +10 |
| -38 +5 |
|
Y2O3:13.0, ZrO2:balance
|
-98 +44 |
2480
|
HRC:35~45
|
| -74 +38 |
| -53 +15 |
| -44 +10 |
| -38 +5 |
|
Y2O3:20.0, ZrO2:balance
|
-98 +44 |
2480
|
HRC:35~45
|
| -74 +38 |
| -53 +15 |
| -44 +10 |
| -38 +5 |
|
TiO2:18.0, Y2O3:10.0, ZrO2:balance
|
-98 +44 |
2480
|
HRC:35~45
|
| -74 +38 |
| -53 +15 |
| -44 +10 |
| -38 +5 |
|
CeO2:25.0, Y2O3:2.5, ZrO2:balance
|
-98 +44 |
2480
|
HRC:35~45
|
| -74 +38 |
| -53 +15 |
| -44 +10 |
| -38 +5 |
|
MgO:24.0, ZrO2:balance
|
-98 +44 |
2140
|
HRC:30~35
|
| -74 +38 |
| -53 +15 |
| -44 +10 |
| -38 +5 |
|
SiO2:35.0, ZrO2:balance
|
-147 +44 |
2121
|
HRC:35~45
|
| -98 +44 |
| -74 +38 |
| -53 +15 |
| -44 +10 |
Zirconium Oxide-Based Thermal Spray Powder Applications
- Used as a thermal barrier coating for rocket and jet engine combustion chambers, gas turbine blades, and internal combustion engine combustion chambers;
- High temperature-resistant and particle-resistant coating of the missile nose cone and rocket nozzle;
- Thermal shock and anti-adhesion coating for brazing and heat treatment fixtures.
Zirconium Oxide-Based Thermal Spray Powder Features:
Superior Thermal Insulation: Zirconium oxide-based thermal spray powder offers outstanding thermal insulation, making it perfect for applications where extreme temperatures are a concern. It effectively reduces heat transfer and enhances component longevity.
Excellent Corrosion Resistance: ZrO2 is highly resistant to corrosion, ensuring that your coated components remain durable and reliable even in harsh environments.
Exceptional Wear Protection: The high-density coating provided by ZrO2 thermal spray powder helps protect your components from wear, extending their lifespan and reducing maintenance costs.
Chemical Stability: ZrO2 exhibits excellent chemical stability, making it suitable for applications involving aggressive chemicals and high-temperature gases.
Versatile Applications: This thermal spray powder can be applied to various substrates, including metals, ceramics, and composites, making it versatile for a wide range of industries, including aerospace, automotive, energy, and more.
Zirconium Oxide-Based Thermal Spray Powder Benefits:
Improved Efficiency: By applying Zirconium Oxide-Based Thermal Spray Powder, you can optimize the performance of your equipment, leading to increased efficiency and reduced downtime.
Cost Savings: Reduced maintenance, extended component lifespans, and enhanced protection against wear and corrosion result in significant cost savings over time.
Customizable Coating Thickness: The powder's composition allows for precise control over coating thickness, ensuring you get the protection and insulation you need for your specific application.
Zirconium Oxide-Based Thermal Spray Powder Packaging
-1 kg/bag
-20 kg/Metal can
-100 kg and more / Steel drum, or customized
All packaging materials are suitable for air, sea, and road freight.
