Titanium Zirconium Molybdenum
This material is really good for jobs that need to stay stable when it is hot be strong and not corrode. It was made because regular metals do not work well in tough conditions. This alloy works well for a time even when it is hot under a lot of pressure or when things are corroding around it. This means that machines do not break down much and companies save money on maintenance.
- Product Introduction
Product Introduction
Titanium Zirconium Molybdenum is a high-performance refractory alloy engineered
This material is really good for jobs that need to stay stable when it is hot be strong and not corrode. It was made because regular metals do not work well in tough conditions. This alloy works well for a time even when it is hot under a lot of pressure or when things are corroding around it. This means that machines do not break down much and companies save money on maintenance. For companies that make tech things and do heavy industry work this material is really good because it lasts a long time. It is better, than molybdenum alloys so companies that want to make things efficiently and have machines that last really like this material.
Product Specifications
|
Parameter |
Value |
|
Material Category |
Refractory Molybdenum Alloy |
|
Maximum Operating Temperature (Vacuum/Inert Gas) |
Up to 1800°C |
|
Purity Level |
≥99.95% |
|
Tensile Strength (Room Temperature) |
≥700 MPa |
|
Corrosion Resistance |
Resistant to most acids, alkalis, and molten glass corrosion |
|
Certifications |
ISO9001, ISO14001, ISO45001, CE, RoHS, EU Food-contact Safety Approved |
|
Available Forms |
Rod, sheet, wire, custom machined parts |
Product Advantages
1. Unmatched Performance in Extreme Working Conditions
Unlike standard metal materials that degrade quickly at high temperatures or in corrosive environments, Titanium Zirconium Molybdenum maintains consistent structural integrity and mechanical properties even under long-term exposure to extreme industrial conditions, eliminating unplanned production halts caused by material failure for manufacturing facilities.
2. Full-process Quality Control for Batch Consistency
All products are manufactured under strictly standardized production procedures, with quality inspection covering every stage from raw material incoming testing to final product delivery. Precision process control ensures every batch of products delivers identical performance, eliminating quality fluctuations that can disrupt your production schedule.
3. Flexible Customization to Fit Unique Application Needs
We support full customization of dimensions, shapes, precision levels, and performance parameters based on your specific application requirements, from small prototype components to large-scale industrial parts, eliminating the need for secondary processing after delivery and reducing your overall procurement costs.
4. Globally Recognized Compliance Certifications
All products meet international quality and safety standards, with full compliance certifications for major global markets, eliminating barriers to market access for your end products and simplifying your import and customs clearance processes.
Customization & Procurement Guide
Customization Scope: We support customization of product dimensions, shape, surface finish, precision tolerance, and special performance adjustments based on your technical drawings or requirement specifications.
Procurement Notes: Please provide your required product specifications, order quantity, and expected delivery timeline when submitting an inquiry. We accept small batch trial orders for performance verification before bulk procurement, and all orders come with a full product quality inspection report.
Application Scenarios
- High-temperature furnace and vacuum heat treatment equipment components
- Semiconductor and electronic manufacturing equipment parts
- Aerospace structural and engine components
- Medical equipment core structural parts
- Glass manufacturing and processing equipment components
- Specialized chemical processing corrosion-resistant parts
- Energy system high-temperature structural components
Our Packaging
We adopt high-strength, shock-proof and moisture-proof packaging to ensure the product remains intact during long-distance international transportation and handling.
Each package is attached with a corresponding product quality inspection report, allowing full traceability of your order from production to delivery.
FAQ
1. What is the maximum temperature Titanium Zirconium Molybdenum can withstand?
It can operate stably at temperatures up to 1800°C in vacuum or inert gas environments, and maintains excellent structural stability under continuous high-temperature working conditions.
2. Can I order custom machined parts instead of standard forms?
Yes, we provide full precision machining services based on your technical drawings or specifications, with support for complex part geometries and tight tolerance requirements.
3. Are your products compliant with EU market import requirements?
Yes, all our products have obtained CE certification, RoHS compliance certification, and EU food-contact safety testing approval, fully meeting EU market import and use standards.
4. What is the typical lead time for orders?
Lead time for standard products is 7-15 working days, while custom orders typically take 15-30 working days depending on complexity and order quantity. We also offer expedited production services for urgent requirements.
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