Self Fluxing Spray & Fuse
Self-Fusing Alloys for When Post-Coat Fusing Isn’t Feasible:
Understanding the constraints of certain projects, we also offer self-fusing alloys that embody many benefits of self-fluxing alloys without the need for post-coat fusing. This option provides a versatile solution that still enhances wear and corrosion resistance of components.
Why Choose Mythri Metallizing for Your Coating Needs?
Mythri Metallizing stands at the forefront of surface engineering technologies, offering customized coating solutions that extend the life of your components. Our expertise in applying self-fluxing alloys, combined with our advanced thermal spray and fusing techniques, positions us as your ideal partner for achieving the highest level of protection for your components.
Explore the transformative potential of self-fluxing and self-fusing alloy coatings with Mythri Metallizing. Contact us today to learn how our innovative coating solutions can enhance the performance and durability of your components.
Achieve Superior Durability with Self-Fluxing Alloy Coatings and Post-Coat Fusing
At Mythri Metallizing, we specialize in the application of self-fluxing alloys using advanced thermal spray processes, followed by optional post-coat fusing for a fully dense coating that offers exceptional wear and corrosion resistance. Our coatings are designed to meet the needs of industries where durability and longevity of components are critical.
Advanced Application Techniques for Self-Fluxing Alloys:
Our thermal spray processes, including combustion powder Thermospray, atmospheric plasma spray, and High Velocity Oxygen Fuel (HVOF) spray, are meticulously engineered to apply self-fluxing materials efficiently. While these coatings provide significant benefits in their “as-sprayed” state, we recommend post-coat fusing to achieve the optimal cohesion of the coating, enhancing its protective qualities.
Characteristics and Advantages of Fused Coatings:
- Fully Dense Microstructure: Post-coat fusing transforms the coating into a fully dense layer, eliminating porosity and enhancing its protective capabilities.
- Enhanced Hardness and Durability: The fusion process increases coating hardness, resulting in a surface that withstands wear and tear under the most demanding conditions.
- Exceptional Wear and Corrosion Resistance: Our coatings are specifically formulated to provide superior resistance against various forms of wear and corrosion, ensuring component longevity.
- Metallurgical Bonding: The fusion process ensures that coatings are metallurgically bonded to the substrate, offering unmatched adhesion and integrity.
- Precision Finishing: Fused coatings can be ground to tight dimensions, achieving a smooth and aesthetically pleasing finish.
