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Titanium TC4

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Titanium TC4

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What is Titanium TC4?

Selective Laser Melting [SLM]

Titanium TC4

is a high-performance transition metal alloy known for its exceptional specific strength and silver-gray metallic luster. Utilizing Selective Laser Melting (SLM), we can 3D print components that are as strong as steel but significantly lighter. Its unique combination of toughness and low thermal conductivity makes it the premier

choice for mission-critical parts operating in extreme environments.

This material is celebrated for its

outstanding corrosion resistance and high heat tolerance, maintaining its structural integrity where other metals might fail. Whether used in high-pressure petrochemical equipment or high-speed automotive components, Titanium TC4 offers excellent weldability and mechanical stability. Its durability ensures long-term reliability for parts subject to

intense fatigue and harsh chemical exposure.

In the Medical and Aerospace sectors,

Titanium TC4 is the industry standard due to its biocompatibility and lightweight properties. It is widely used for advanced surgical implants, aircraft structural brackets, and shipbuilding components. By using 3D printing, we can create complex, topology-optimized shapes that

maximize performance while minimizing weight, providing a superior solution for modern engineering.

Material

Titanium TC4

Description

STRENGTHS

Lead Time 2 weeks, High specific strength, low thermal conductivity, good corrosion resistance

WEAKNESSES

Limited dimensional accuracy

Titanium TC4

Material Properties

Tensile strength 600Mpa

Bending strength 540Mpa

Particle diameter
15-53μm

Bulk Density 2.5g/cm3

Color & Finishes

Color
Metallic
Machining
No
Polishing
No

Walls

Supported Wall Thickness Min
1.0 mm
Unsupported Wall Thickness Min
1.0 mm

Design Guidelines

Bounding Box Max
300 x 300 x 300 mm

Technology

Download Datasheet

Parts in File

Max
Up to 260 parts accepted

Accuracy

L<100mm,±0.3mm. L>100mm,±0.3%*L(mm)

Frequently Asked Questions About

Titanium TC4 3D Printing

What makes Titanium TC4 a "stainless" metal?

While not technically a steel, Titanium TC4 is often compared to stainless materials because of its incredible natural corrosion resistance. It forms a stable, protective oxide layer instantly upon exposure to air or water. This makes it virtually immune to atmospheric corrosion, saltwater, and many aggressive chemicals, often outperforming high-grade stainless steels in extreme environments.

How does the strength of TC4 compare to steel?

Titanium TC4 is world-renowned for its high specific strength (strength-to-weight ratio). It provides the tensile strength of many high-alloy steels but at only 60% of the weight. This allows engineers to design parts that are incredibly rugged and durable without the heavy mass associated with traditional iron-based metals.

Is Titanium TC4 biocompatible for medical use?

Yes, Titanium TC4 is the industry standard for medical and dental implants. Its total biocompatibility means the human body does not reject it, and it has the unique ability to allow bone to grow directly onto the surface (osseointegration). Our 3D printing process can even create porous "lattice" structures to further improve this biological bonding.

How does TC4 perform at high temperatures?

Unlike many aluminum alloys that lose strength as they heat up, Titanium TC4 maintains its excellent mechanical properties at elevated temperatures. It features low thermal conductivity and high heat resistance, making it an essential material for aerospace engine components, exhaust systems, and high-speed automotive parts.

What are the common industrial applications for TC4?

Due to its rare combination of lightness and toughness, TC4 is the "gold standard" for Aerospace, Petrochemical, and Shipbuilding. It is used for everything from aircraft structural brackets and underwater sensor housings to high-performance racing components and specialized chemical processing valves.

Can 3D-printed Titanium be welded or machined?

Absolutely. Titanium TC4 is known for its excellent weldability and can be integrated into larger assemblies using standard titanium welding techniques. Additionally, 3D-printed parts can be CNC machined, polished, or coated to meet exact tolerances and surface finish requirements for high-precision engineering.

Why choose 3D printing (SLM) for Titanium TC4?

3D printing via Selective Laser Melting (SLM) solves the biggest challenge of Titanium: it is notoriously difficult and expensive to machine. By using additive manufacturing, we provide unmatched design freedom, allowing for complex internal channels and topology-optimized shapes while significantly reducing material waste and production costs.

Protection

IP protection is what most people are worried about when it comes to 3D printing because we get orders in which we have to copy the original design precisely.

Non-Disclosure Agreements

We uphold strict confidentiality by default for all customer communication, projects, and models. Should you prefer a formal agreement, we offer standard NDAs or can review your own. Your trust is our priority.

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