FA1499 Ferro-Titankarbid Powder (FeTiC)

Ferro-Titanium Carbide Powder (FeTiC) Description

Ferro-Titanium Carbide Powder (FeTiC) may be regarded as FeTi + C. It retains the properties of FeTi, while the addition of TiC increases hardness and wear resistance. TiC particles in the FeTiC powder result in increased hardness, a high melting point and chemical stability, thereby making it suitable for applications in which wear resistance is a critical requirement.

Ferro-Titanium Carbide Powder (FeTiC) Specifications

Ferro-Titanium Carbide Powder (FeTiC) Content

Ferro-Titanium Carbide Powder (FeTiC) Applications

• Surface Hardfacing and Wear Resistance: Ferro-Titanium Carbide Powder is employed for surface hardfacing to increase wear resistance in harsh environments. When used as an additive for welding electrodes, coatings or thermal spray powders, it forms a hard and wear-resistant layer that protects against abrasion, erosion and impact. The inclusion of TiC within the ferroalloy results in increased hardness, a high melting point and chemical stability.
• Cutting Tools and Inserts: The powder is utilised in the production of cutting tools and inserts for machining. In combination with materials such as tungsten carbide or high-speed steel, it enhances the hardness, strength and wear resistance of cutting edges. Ferro-Titanium Carbide Powder is used to manufacture durable and efficient tools for milling, drilling and turning operations.
• Metal Matrix Composites: The powder is a critical component in the manufacture of metal matrix composites (MMC). By dispersing ferro-titanium carbide particles in a metal matrix, for example aluminium or steel, the composite exhibits improved mechanical properties including increased strength, stiffness and wear resistance. These composites find application in the aerospace and automotive sectors.
• Additive Manufacturing: Ferro-Titanium Carbide Powder is suitable for use in additive manufacturing processes, including powder bed fusion (PBF) or selective laser melting (SLM). It can be incorporated into metal powders to produce components with high strength and wear resistance. The uniform particle size distribution and flowability of the powder contribute to precise and reliable printing outcomes.
• Research and Development: Ferro-Titanium Carbide Powder is valuable in research and development within advanced materials studies. Researchers can investigate its properties, examine its behaviour under varied conditions and develop novel applications. The powder is employed in experiments, simulations and studies concerning wear resistance, heat management and functional coatings.

Ferro-Titanium Carbide Powder (FeTiC) Packaging

Our Ferro-Titanium Carbide Powder (FeTiC) is handled carefully during storage and transportation to maintain its quality in its original state.