DOMADIA™ Titanium Diboride Powder

Introduction

In industries where only the most durable and heat-resistant materials can perform, DOMADIA™ Titanium Diboride (TiB₂) rises as a powerful ceramic compound trusted for its uncompromising strength and stability. From defence armor to metal smelting, TiB₂ is redefining what’s possible in high-performance material science.

About the Product

DOMADIA™ Titanium Diboride (TiB₂) is a high-purity, high-strength ceramic material developed for critical applications involving wear, heat, and corrosion. Known for its exceptional hardness, high melting point, and electrical conductivity, TiB₂ is used across aerospace, defense, tooling, and high-temperature environments. Its stable chemical structure allows it to operate in extreme conditions where conventional materials fail.

Key Features & Advantages

• Ultra-high hardness for excellent wear resistance
• High melting point (~3230°C) for thermal stability
• Electrical conductivity suitable for EDM and electrodes
• Resistance to oxidation and aggressive chemicals
• Dimensional stability with low thermal expansion
• Good compressive strength and creep resistance

Technical Properties

Elemental Composition

 Mechanical Properties

Applications

1. Cutting Tools & Abrasives
Used in sintered ceramic composites, DOMADIA™ TiB₂ provides extreme wear resistance for blades, drills, and grinding wheels.

2. Armor Protection Materials
Its ballistic resistance makes it ideal for armor plating and armor-piercing projectiles in defence technologies.

3. Ceramic Components
Crucibles, seals, and nozzles benefit from TiB₂’s resistance to molten metals and chemical degradation.

4. Electrical Applications
TiB₂’s conductivity supports its use in aluminum smelting (as cathodes), circuit components, and composite conductors.

5. Composite Materials
Enhances strength, heat resistance, and durability in multi-element composite structures across automotive and aerospace sectors.

6. Sandblasting & Wear Parts
Nozzles and surface-contact parts experience longer life and reduced maintenance costs due to its hardness.

Why Choose Domadia™

At Domadia, we blend materials expertise with engineering precision. Our Titanium Diboride is produced with consistent quality and stored under controlled conditions for long-term performance. Backed by technical support and industry experience, DOMADIA™ TiB₂ is the trusted choice for engineers, R&D professionals, and manufacturers seeking performance and reliability.

Connect with Us

Whether you’re developing next-gen armor or advancing thermal components, DOMADIA™ Titanium Diboride offers the reliability and resilience your application demands. Our team is here to help you select the right material and ensure a seamless supply experience.

Frequently Asked Questions (FAQs)

1. What makes TiB₂ suitable for high-temperature applications?
Its melting point of ~3230°C and thermal stability make it ideal for extreme heat.

2. Can TiB₂ be used in electrical discharge machining (EDM)?
Yes, due to its electrical conductivity, it’s commonly used in EDM electrodes.

3. Is DOMADIA™ TiB₂ reactive with acids or alkalis?
It resists HF and HCl but reacts with alkalis, nitric acid, and sulfuric acid.

4. Is TiB₂ biocompatible?
Yes, its inertness makes it suitable for some biomedical uses.

5. What particle size is available?
2.5–13 μm is the standard range offered by Domadia.

6. Can TiB₂ be used in nuclear applications?
Yes, boron’s neutron absorption properties make it effective for shielding.

7. What is the storage condition for TiB₂ powder?
Store sealed in vacuum, in a cool and dry place away from air and stress.

8. What industries commonly use DOMADIA™ Titanium Diboride?
Defense, aerospace, electrical, metallurgical, and ceramic tooling industries.