Porosity: | 1-5% | Typical Hardness: | 1400-1700 HV0.1 |
---|---|---|---|
Chemical Composition: | Metallic Or Ceramic | Shape: | Irregular |
Corrosion Resistance: | Excellent | Spray Process: | Flame, Plasma, HVOF |
Size Of Wc: | Medium Particle Of WC | Color: | Dark-gray Powder |
Επισημαίνω: | WC-10Co-4Cr thermal spray powder,industrial wear-resistant spray powder,hardness-resistant thermal coating powder |
The Thermal Spray Powder WC-10Co-4Cr is a highly effective coating material known for its exceptional Corrosive Wear Resistance. This product offers superior protection against corrosive wear, making it an ideal choice for applications requiring durability and longevity.
With a Morphology characterized as Angular / Blocky, the Thermal Spray Powder WC-10Co-4Cr ensures excellent adhesion and coverage when applied onto various surfaces. The unique shape of the powder particles contributes to the formation of a strong and resilient coating layer.
Coating Thickness plays a crucial role in determining the performance and longevity of the coating. The Thermal Spray Powder WC-10Co-4Cr allows for a coating thickness ranging from 20 to 500 Microns, providing flexibility to meet specific application requirements.
When it comes to the Spray Process, the Thermal Spray Powder WC-10Co-4Cr is compatible with Flame, Plasma, and HVOF methods. This versatility in spray processes allows for efficient and precise application of the coating material onto different types of surfaces.
The Shape of the Thermal Spray Powder WC-10Co-4Cr is described as Irregular, which further enhances its ability to conform to the substrate surface and create a uniform coating layer. This irregular shape promotes better adhesion and overall coating performance.
Overall, the Thermal Spray Powder WC-10Co-4Cr is a top choice for industries and applications requiring high Corrosive Wear Resistance, versatility in coating thickness, compatibility with various spray processes, and excellent adhesion properties due to its Angular / Blocky morphology and Irregular shape.
For more information on Coating Materials WC-CO-CR and how the Thermal Spray Powder WC-10Co-4Cr can benefit your specific application needs, please feel free to contact us.
Typical Hardness | 1400-1700 HV0.1 |
Shape | Irregular |
Chemical Composition | Metallic Or Ceramic |
Chemistry | WC 12Ni |
Chemicals | Ni 17.5-22% C 7.5-10% Cr Balanced |
Morphology | Angular / Blocky |
Coating Thickness | 20-500 Microns |
Size Of WC | Medium Particle Of WC |
Apparent Density | 2.9 – 5.8 G/cm3 |
Corrosive Wear Resistance | Corrosive Wear Resistance |
BODA Thermal Spray Powders, specifically the Fine Size WC-10Co-4Cr model, are versatile products that find applications in a variety of industries and scenarios due to their exceptional attributes.
The HVAF WC-Co-Cr powders are widely used for their excellent corrosion resistance, making them suitable for environments where protection against corrosion is crucial. Industries such as aerospace, oil and gas, automotive, and marine can benefit from the protective qualities of the WC-10Co-4Cr thermal spray powders.
With a medium particle size of WC and angular/blocky morphology, these powders offer a reliable coating solution for components that require a balance of hardness and toughness. The apparent density of 2.9 – 5.8 g/cm3 ensures a durable coating that can withstand harsh operating conditions.
These thermal spray powders are certified with ISO9001:2015, guaranteeing quality and consistency in every batch. The minimum order quantity of 50kgs allows for flexibility in purchasing, while the price range of $60-65/kgs offers cost-effective solutions for businesses.
Packaged in 50kgs drums, the WC-10Co-4Cr powders are easy to handle and store. With a delivery time of 7-10 days, customers can rely on timely supply to meet their project deadlines. Payment terms are negotiable, providing convenience in transactions.
With a supply ability of 10 tons per month, BODA ensures a steady and reliable source of thermal spray powders for various applications. The chemical composition of Ni 17.5-22%, C 7.5-10%, and Cr balanced further enhances the performance and durability of the coatings.