Ti Coated Diamond Powder

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Product Overview

Ti Coated Diamond Powder is a titanium-coated synthetic diamond developed for metal-bond, brazed and selected metal-matrix composite systems requiring improved diamond–matrix interaction. The metallic Ti-rich surface acts as an active interface and can react with diamond during subsequent thermal processing to form a TiC-containing interfacial layer, improving wettability and bond retention under suitable processing conditions.

Features

Metallic Titanium Coating: Provides an active Ti-rich surface for interface engineering in metal-based systems.
Improved Matrix Wettability: Supports stronger interaction between diamond and selected metal bonds or matrices.
In-Situ TiC Formation: Titanium can react with diamond during subsequent thermal processing to form a TiC-containing interface.
Improved Diamond Retention: Supports stronger interfacial bonding in sintered and brazed diamond tools.
Interface Protection: Helps limit direct interaction between diamond and reactive matrix components during processing.
Dual Application Direction: Suitable for abrasive tools and selected metal-matrix thermal composites.

Specifications

Material Type	Titanium-Coated Synthetic Diamond
Coating Material	Titanium (Ti / Ti-Rich Layer)
Base Diamond	Selected Monocrystalline Synthetic Diamond
Typical Appearance	Silver-Gray / Gray Metallic
Coating State	Metallic Active Coating
Available Particle Size	Micron and Mesh / Grit Grades
Coating Level	Controlled according to particle size, matrix and application
Interfacial Reaction	Can form TiC during subsequent sintering or heat treatment
Typical Systems	Metal Bond / Brazed Tools / Cu- or Al-Based Composites
Selection Focus	Coating thickness, matrix chemistry and processing temperature