Titanium Carbide (TiC) Micron Powder, Purity: 99.5%, Size: 1-3 µm

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Description

Description

5 grams/15 €
25 grams/48 €

100 grams/123 €

500 grams/450 €

1000 grams/681 €

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Titanium Carbide (TiC) Micron Powder

Purity: 99.5%, Size: 1-3 µm

Technical Porpertiies:

Purity	99.5%
Size (D50)	1-3 µm
CAS No	12070-08-5
Chemical Composition (%)	Total Carbon	Free Carbon
	19-20	≤0.1
Impurity Content (%)	O	N
	≤0.8	≤0.1

Applications:

Industrial Manufacturing: Titanium carbide micron powder is used as a hard phase additive in wear-resistant coatings and metal matrix composites. It enhances surface durability in cutting tools, dies, and nozzles exposed to mechanical stress and thermal cycling. Its high melting point and hardness make it suitable for sintered components requiring long-term abrasion resistance.
Polymer and Composite Engineering: In reinforced polymer systems, TiC micron powder contributes to mechanical strength and dimensional stability. It is often used in thermoset and thermoplastic composites where moderate conductivity and wear resistance are required. Its particle size allows for controlled dispersion in resin systems, supporting structural integrity under load.
Electronics and Energy Systems: TiC micron powder is applied in conductive pastes and coatings for EMI shielding and thermal management. While less conductive than nano-scale TiC, it provides stable performance in bulk conductive polymers and ceramic-based energy components. It also supports electrode reinforcement in high-temperature battery systems.
Aerospace and Defense: Due to its thermal and mechanical robustness, TiC micron powder is used in protective coatings for aerospace-grade alloys and ceramic armor systems. It improves erosion resistance in turbine components and structural parts exposed to particulate impact. Its compatibility with high-temperature sintering processes makes it suitable for advanced defense applications.
Medical and Biomedical Devices: Titanium carbide micron powder is explored in surface treatments for surgical tools and orthopedic implants. Its wear resistance and chemical inertness support long-term performance in load-bearing applications. In dental materials, it may be used to enhance abrasion resistance and polish retention.

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