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High-Temperature Ceramic Primer Powder DG.NiCrCoAlY from China Suppliers - Factory Direct, 980°C Resistance
Basic Parameters
DG.NiCrCoAlY is a high-performance ceramic material primer powder, its basic parameters are as follows:
Chemical composition: Cr25, Co6, Al5.0, Y0.5, C0.4, Fe<1, Ni balance.
Production process: Gas atomazition
Coating hardness: HRC20-30.
Processing technology: HVAF, HVOF, APS.
Bonding strength: >70MPa.
Deposition efficiency: 50-65%.
Regular particle size: -100/+325 mesh, -150/+325 mesh, -300/+400 mesh, -300/+500 mesh (other particle sizes can be customized).
Product Performance
DG.NiCrCoAlY powder is produced by gas atomization, has good spherical shape and uniform fluidity, and is easy to spray. Its working environment temperature can reach up to 950 degrees Celsius, showing excellent high temperature resistance and thermal corrosion resistance. This makes DG.NiCrCoAlY often used as high-temperature primer and high-temperature anti-oxidation coating, which can effectively delay the oxidation failure of the substrate and extend the service life of the equipment.
In addition, DG.NiCrCoAlY is often used as a base layer for high-temperature corrosion-resistant coatings and thermal barrier coatings to ensure reliability under extreme conditions. Its excellent high-temperature resistance makes it widely used in aerospace and industrial steam turbines.
Application Areas
In the aerospace field, DG.NiCrCoAlY is widely used in the coating preparation of high-temperature blades. These blades are subjected to extremely high temperatures and pressures during engine operation. By spraying DG.NiCrCoAlY primer on the substrate, the high temperature resistance and oxidation resistance of the blades can be significantly improved, thereby improving the overall performance and safety of the engine.
DG.NiCrCoAlY also performs well in industrial steam turbine applications. Steam turbines face extreme temperatures and corrosive environments during operation. Using DG.NiCrCoAlY as a primer can effectively extend the service life of the coating, reduce maintenance costs, and improve equipment reliability.
DG.NiCrCoAlY also performs well in industrial steam turbine applications. Steam turbines face extreme temperatures and corrosive environments during operation. Using DG.NiCrCoAlY as a primer can effectively extend the service life of the coating, reduce maintenance costs, and improve equipment reliability.
Summarize
In short, as a high-performance ceramic material primer, DG.NiCrCoAlY has become an indispensable and important material in the field of thermal spraying due to its superior chemical composition, production process and application performance. Whether in aerospace or industrial steam turbine applications, it has demonstrated excellent high temperature and corrosion resistance, providing reliable protection for high-temperature workpieces. With the continuous advancement of technology, the application prospects of DG.NiCrCoAlY will be broader, providing a more solid guarantee for high-temperature protection in various industries.
Frequently Asked Questions
What is the chemical composition of DG.NiCrCoAlY?
The chemical composition of DG.NiCrCoAlY consists of Cr25, Co6, Al5.0, Y0.5, C0.4, Fe<1, with Ni making up the balance.
Which production process is used to manufacture DG.NiCrCoAlY?
It is produced using a gas atomization process, which gives the powder a good spherical shape and uniform fluidity for easy spraying.
What is the maximum working temperature and bonding strength of this coating?
DG.NiCrCoAlY can withstand working temperatures up to 950 degrees Celsius, features a bonding strength of over 70MPa, and has a coating hardness of HRC20-30.
What are the primary processing technologies used for spraying?
The material is highly compatible with HVAF, HVOF, and APS thermal spraying processing technologies.
What are the main application areas for DG.NiCrCoAlY?
It is widely used in the aerospace field for high-temperature turbine blades and in industrial steam turbines to provide high-temperature corrosion resistance, oxidation protection, and thermal barrier coatings.
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