Titanium Columbium Alloy
The titanium-copper alloy is a good material that is made to solve a big problem. This problem is that materials are usually either very strong or they can conduct electricity well but not both. The titanium-copper alloy is different because it combines the things about titanium and copper. Titanium is very good at resisting corrosion. Can handle high temperatures.
- Product Introduction
Product Introduction
The titanium-copper alloy is a good material that is made to solve a big problem. This problem is that materials are usually either very strong or they can conduct electricity well but not both. The titanium-copper alloy is different because it combines the things about titanium and copper. Titanium is very good at resisting corrosion. Can handle high temperatures. Copper is very good at conducting heat and electricity. So when you put them together you get a material that works well in different situations.
The titanium-copper alloy is better than materials that are made of one metal or materials that are made of low quality mixtures of metals. It can handle tough conditions and still work properly. This means that it does not break down easily so people who use it do not have to spend a lot of time and money to fix it or replace it. The titanium-copper alloy is good for projects and big industrial jobs. It is a choice for businesses because it is affordable and it lasts a long time. The titanium-copper alloy is an option, for companies that need high quality alloy parts.
Product Specifications
|
Parameter |
Value |
|
Quality Management Certification |
ISO 9001, ISO 14001, ISO 45001 certified |
|
Maximum Operating Temperature |
800°C (1472°F) |
|
Minimum Tensile Strength |
≥ 550 MPa |
|
Electrical Conductivity |
≥ 80% IACS |
|
Corrosion Resistance |
Resistant to most industrial acids, alkalis and oxidizing agents |
|
International Compliance |
CE certified, RoHS compliant, food-contact safety approved |
|
Available Forms |
Rods, sheets, wires, custom machined parts |
Product Advantages
- Balanced dual performance: Solves the core pain point of traditional alloys that cannot combine high strength and excellent conductivity. The titanium-copper alloy delivers structural rigidity sufficient for load-bearing components while maintaining electrical and thermal conductivity required for functional parts, eliminating the need for separate material sourcing for different components in the same system.
- Extreme condition stability: Maintains consistent performance in high-temperature, high-pressure and corrosive environments that would cause rapid degradation of standard copper or steel alloys, reducing maintenance frequency and total lifecycle cost for industrial equipment operators.
- Guaranteed batch consistency: Manufactured under strict standardized production processes with full-process quality control from raw material inspection to final delivery. Each batch undergoes comprehensive performance testing to ensure identical material properties, eliminating production variability risks for mass manufacturing projects.
- Global market compliance: Meets all mainstream international quality and safety certification requirements, eliminating the need for additional third-party testing for products sold to North America, Europe, Asia and other major global markets, simplifying your cross-border procurement and sales processes.
Customization & Procurement Guide
Customization Scope: We support full customization of dimensions, shapes, surface finishes, and material performance tuning to match your specific application requirements. Custom machined parts can be produced based on your provided design drawings or parameter specifications.
Procurement Notes: Minimum order quantities vary based on material form and customization complexity, with flexible terms available for both small-batch prototype orders and large-volume bulk purchases. Standard in-stock items ship within 7 business days, while custom orders have a lead time of 1-4 weeks depending on production requirements. All orders include full performance test reports with delivery.
Application Scenarios
- Semiconductor manufacturing equipment components
- High-temperature furnace and vacuum heat treatment equipment parts
- Aerospace structural and functional components
- Medical equipment and instrument accessories
- Electronic connector and heat dissipation parts
- Chemical processing equipment corrosion-resistant fittings
- Glass manufacturing and specialty industrial processing components
Our Packaging
All products are packaged with thick shock-absorbing foam and sealed moisture-proof outer casings to prevent damage during long-distance international transportation and storage.
FAQ
1. What compliance standards does this titanium-copper alloy meet?
It meets ISO 9001 quality management, ISO 14001 environmental management, and ISO 45001 occupational health standards, plus CE certification, RoHS compliance, and food-contact safety approval for relevant applications.
2. Can I request custom machined parts for my specific project?
Yes, we provide full custom machining services based on your design drawings or parameter requirements, including custom sizes, shapes, surface treatments and performance adjustments.
3. How long does it take to receive my order after placement?
Standard in-stock orders are shipped within 7 business days, while custom production orders have a lead time of 1-4 weeks depending on order size and customization complexity.
4. Is this material suitable for use in high-temperature production environments?
Yes, it maintains stable mechanical and conductive properties at temperatures up to 800°C, making it ideal for high-temperature furnace, heat treatment and industrial processing applications.
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