Product Description:
HVAF thermal spray powder WC-10Co-4Cr 10-2um.
Manufacture: The Carbide, Tungsten-based Thermal Spray Powder is
manufactured using an agglomeration and sintering process.
Agglomeration involves combining small particles of the carbide
material into larger particles, which can improve the flowability
and handling of the powder. Sintering involves heating the
agglomerated particles to a high temperature to form a solid
material. This manufacturing process helps to ensure that the
powder has a consistent composition and particle size distribution.
The Carbide, Tungsten-based Thermal Spray Powder is available in
different compositions, including HVAF WC-CO-CR and WC-10Co-4Cr.
These compositions have been specifically designed to meet the
needs of different industrial applications and provide the best
possible performance and durability.
Features:
- Product Name: Thermal Spray Powders
- Process: HVAF
- Corrosive wear resistance: Corrosive Wear Resistance
- Classification: Carbide, Tungsten-based
- Manufacture: Agglomerated And Sintered
- Morphology: Spheroidal
- Key Products: HVOF WC-10Co-4Cr, HVAF WC-CO-CR, WC-CO-CR
Technical Parameters:
| Chemistry | 86WC,10Co,4Cr |
|---|
| Classification | Carbide, Tungsten-based |
|---|
| Morphology | Spheroidal |
|---|
| Corrosive Wear Resistance | Yes |
|---|
| Manufacture | Agglomerated And Sintered |
|---|
| Process | HVAF |
|---|
Applications:
The morphology of this thermal spray powder is spheroidal and it
falls under the classification of carbide, tungsten-based. The
chemistry of this product is 86WC, 10Co, 4Cr. This product is known
for its excellent corrosive wear resistance, making it perfect for
coating materials in harsh and corrosive environments.
The HVAF process is used to apply this thermal spray powder onto
various substrates. The high-velocity flame created during this
process ensures that the coating material is applied evenly and
with a high degree of adhesion. The resulting coating is dense and
has a high bond strength, making it perfect for use in a wide range
of industrial applications.
Some of the product application occasions and scenarios for this
thermal spray powder include coating materials for use in the oil
and gas industry, coating materials for use in the aerospace
industry, and coating materials for use in the automotive industry.
The excellent corrosive wear resistance of this product makes it
ideal for use in environments where exposure to harsh chemicals and
abrasive materials is common.
In conclusion, BODA's HVAF WC-CO-CR thermal spray powder is a
high-quality and reliable product. Its excellent corrosive wear
resistance, combined with its high bond strength and dense coating,
make it perfect for use in a wide range of industrial applications.
Whether you are in the oil and gas, aerospace, or automotive
industry, this thermal spray powder is sure to provide excellent
results.
