0.5 mm titanium sheet

0.5 mm Titanium Sheet for Medical and Industrial Applications – Precision Engineered Solutions

Baoji INT Medical Titanium Co., Ltd. manufactures high-precision 0.5 mm titanium sheet engineered for demanding medical, aerospace, and industrial applications. Founded in 2003, our company delivers medical-grade titanium materials backed by ISO9001:2015, ISO13485:2016, and EU CE certifications. Each product undergoes strict quality control to ensure biocompatibility, dimensional accuracy, and reliable performance. Our stress-relief annealing process eliminates residual stress and alpha case contamination, delivering dead-flat characteristics with a minimum bend radius of 2T for Grade 2 material. With over 30 years of titanium expertise, we provide traceable Mill Test Reports (MTRs) compliant with EN 10204 3.1 standards for every shipment.

Technical Specifications and Material Properties

Understanding the precise characteristics of your titanium sheet ensures optimal performance in your application. Our material specifications guarantee consistency across every batch.

The product maintains exceptional strength-to-weight ratio while remaining flexible for complex forming operations. Its low thermal conductivity prevents heat buildup during processing.

Superior Material Processing and Quality Control

Our manufacturing technology overcomes the key issues in the fabrication of ultra-thin titanium. Special descaling and pickling methods totally eliminate the alpha case layer.

Alpha case forms an oxygen enriched brittle surface that can ruin stamping dies and induce micro-cracking during manufacture. This is not an issue at all with our certified cold rolled material. Tension levelling is done to avoid spring-back in machining operations.

All sheets are subjected to a thorough examination of chemical composition, mechanical characteristics and surface integrity. Full traceable documentation with verification of heat numbers and compliance is provided with all orders.

Cutting and Fabrication Methods

To work with titanium so thin, you have to use unique procedures to prevent the material from falling apart. Waterjet cutting gives its own advantages for your product applications.

This cold-process approach employs high pressure water with abrasive media and produces no heat impacted zones. You eliminate warping, deformation and metallurgical changes associated with thermal cutting processes. Edges are clean and burr free, therefore further finishing processes are not required.

Laser cutting provides excellent accuracy for complex designs and tight tolerances. The initial costs to get set up are higher, but the operational efficiencies come back rapidly. Laser systems are a good way to make microscopic holes and detailed patterns on thin sheets of titanium.

Waterjet systems are cost effective for simple designs, cut thicknesses from 0.5 mm to over 200 mm and are not limited to the type of material. Both techniques enable precise geometry with optimal sheet utilisation.

Medical and Industrial Applications

Ultra-thin titanium sheets play vital roles in several sectors. Biocompatibility ensures safe integration with human tissue for medicinal applications.

Surgical equipment makers like that the material will resist corrosion after several cycles of sterilisation. The components are lightweight and fatigue resistant, which are advantageous in implantable device applications. These sheets are used in prosthetic devices because to their excellent strength-to-weight performance.

Aerospace engineers specify thin titanium for weight-critical applications like as fuselage panels and engine parts. High-performance exhaust systems and structural components for the car industry employ these materials. Titanium's resilience is of critical importance to electronics makers that require precision components with dimensional stability.

The combination of flexibility and durability makes 0.5 mm titanium sheet appropriate for applications where flexibility and long term reliability are required.

Joining and Compatibility Considerations

Knowing what materials work together will help prevent costly fabrication failures. Direct welding titanium to steel produces brittle intermetallic complexes (TiFe) which induce instantaneous collapse of the junction.

When attaching titanium to different metals, employ explosive bonding or mechanical fastening solutions. Titanium-titanium welding requires inert gas shielding and accurate heat control. Our technical team will give you specific welding settings for your grade choices.

Complex assemblies can be welded from titanium using correct welding methods. The thermal qualities of the material need different processes than used for conventional metals, but the outcome is joints of outstanding strength.

Strength and Performance Comparison

Do titanium's strength qualities excel over steel? many engineers ask. That depends on what you need.

Titanium is stronger by weight, therefore it’s better for applications where weight is a problem. In situations where weight is not an issue, steel is still the stronger material. Your product is the best option for applications where both strength and reduced mass are important.

Titanium is much stronger than stainless steel for aerospace and severe stress applications. In some corrosion situations stainless steel is excellent, notably in food processing applications. Titanium delivers exceptional biocompatibility benefits for medical devices and implants.

This enables the material to be very durable under cyclical loads, while other metals might prematurely fail.

Product Technology and Production Process

Hot rolling and forging techniques that enhance the mechanical properties, ensuring superior strength and toughness.
Ultrasonic testing to detect flaws and ensure 100% reliability.
Strict quality control at every stage of production, meeting and exceeding international medical standards like ISO9001:2015 and ISO13485:2016.

Industries Catered

Our products are widely used in medical, automotive, aerospace, chemical, scientific and technological manufacturing and electronic information industries.

Our Factory - A Legacy of Excellence

Founded in 2003 by titanium industry expert Mr. Zhan Wenge, Baoji INT Medical Titanium Co., Ltd. has grown into a benchmark enterprise in the R&D and production of medical titanium materials. With more than 30 years of experience, INT is deeply invested in the development of high-quality titanium for the medical sector. We provide a full range of titanium products, including pure titanium, Ti6Al4V ELI titanium, and custom titanium alloy forgings.

Packaging and Transportation

Why Choose Us?

Choosing Baoji INT Medical Titanium Co., Ltd. means partnering with a trusted leader in the medical titanium industry.

Here’s why:

Proven Expertise: Over 30 years of experience in medical titanium production.
Advanced Technology: State-of-the-art production lines and equipment.
International Certifications: ISO9001:2015, ISO13485:2016, and EU CE certifications.
Comprehensive Support: We provide ongoing technical support, ensuring our products fit seamlessly into your manufacturing process.
Customer-Centric Approach: Committed to delivering high-quality products on time, every time.
For inquiries or orders, please contact us at export@tiint.com. We look forward to partnering with you for your medical titanium needs.

OEM Services

At Baoji INT Medical Titanium Co., Ltd., we provide customizable solutions to meet your medical manufacturing needs. Our team works closely with customers to develop 0.5 mm titanium sheet that match specific requirements for medical devices. We offer:

• Custom sizes and finishes.
• Comprehensive technical support throughout the production process.
• High precision manufacturing capabilities to ensure quality.

FAQ

Q: How do you prevent spring-back issues when forming products?

A: Our stress-relief annealing and tension leveling processes eliminate residual stress before shipment. This ensures dead-flat characteristics upon uncoiling and predictable forming behavior during your fabrication processes.

Q: What documentation accompanies shipments?

A: Every delivery includes Mill Test Reports (MTRs) according to EN 10204 3.1 standards. These documents verify heat numbers, mechanical testing results, and complete chemical composition compliance for full traceability.

Q: Can these thin sheets be bent without cracking?

A: Yes, Grade 2 material accommodates a minimum bend radius of 2T (1.0 mm) at room temperature. Proper bending orientation relative to the rolling direction prevents localized necking and cracking.

Q: What surface preparation is included?

A: All sheets are pickled and descaled to completely remove alpha case contamination. This preparation protects your tooling and ensures consistent forming properties throughout the material.

Q: How does thickness tolerance affect my application?

A: We maintain flatness tolerance of ±0.05 mm across the sheet surface. This precision ensures consistent performance in applications requiring tight dimensional control.

Contact Us for Custom Solutions

Our engineering team provides technical support for your specific application requirements for 0.5 mm titanium sheet. Contact us at export@tiint.com for detailed quotations and technical consultation.