TZM Molybdenum Rod – Mo-Ti-Zr Alloy Bar

Description

TZM Molybdenum Rod – Mo-Ti-Zr Alloy Bar

🔍 Product Overview

The TZM Molybdenum Rod is a molybdenum-based Mo-Ti-Zr alloy listing for high-temperature component enquiries. Use the ASTM B387 Grade 364 reference to specify the ordered alloy, production route and final condition. The existing 1300°C service-temperature reference requires confirmation against the furnace atmosphere, load, exposure duration and component design; it is a catalogue reference, rather than a universal operating guarantee.

For vacuum furnaces, aerospace tooling or thermal shields, identify the geometry, atmosphere, thermal cycle and required inspection documents when enquiring about the TZM Molybdenum Rod. Confirm application acceptance requirements with the quotation.

🧪 What is TZM?

TZM is a molybdenum-based alloy. The following approximate constituent figures are existing catalogue references; specify the required alloy and chemistry acceptance basis for the order:

• Titanium (Ti): ~0.5%

• Zirconium (Zr): ~0.08%

• Carbon (C): limit per ordered grade and lot analysis

• Molybdenum (Mo): balance

TZM belongs to the refractory metals family. The listed carbide precipitates (TiC and ZrC) are associated with alloy strengthening; high-temperature performance depends on production route, final condition and service conditions. For molybdenum-based alloys, assess oxidation exposure and select the required vacuum, reducing or inert protective atmosphere.

✅ Key Features of TZM Molybdenum Rod

High-Temperature Service Considerations

• For the existing above-1300°C catalogue temperature reference, specify the atmosphere, load, exposure duration and required service assessment.

• Catalogue yield-strength reference: ≥ 620 MPa at room temperature; confirm acceptance for the ordered condition and batch.

• Compare TZM with pure molybdenum using final condition, component geometry and the required creep assessment.

Thermal-Property References

• Thermal conductivity ~138 W/m·K

• Low coefficient of thermal expansion: 4.9 x 10⁻⁶ /K

🔹 High Creep Resistance

• For long-term static load applications, specify the operating temperature, atmosphere, duration and required creep or deformation assessment.

• Assess dimensional change under the intended thermal cycle, loading, final condition and component geometry.

🔹 Machinability & Workability

• Suitable for CNC turning, grinding, and EDM

• Confirm the quoted as-forged, sintered or annealed state and any subsequent processing requirements for the order.

🔹 Compatibility with Vacuum and Inert Gas Environments

• For vacuum furnace components, specify the vacuum level, thermal cycle and required component assessment.

• For hydrogen, argon, and helium atmospheres, identify the gas conditions, contamination limits and operating cycle required by the component design.

🧾 Chemical Composition (Catalogue Reference)

The retained chemical table is a catalogue reference for an initial enquiry. Confirm the intended alloy designation, production route and agreed composition limits against the ordered standard and actual lot analysis before acceptance.

The following numerical and qualitative mechanical-property entries support an initial enquiry. Confirm the final supplied condition, dimensions, test basis and required creep assessment against the ordered material specification and batch inspection documents.

📐 Mechanical Properties (Catalogue Reference)

🏗️ Applications of TZM Molybdenum Rod

Consider the TZM Molybdenum Rod for the following component-manufacturing enquiries; suitability depends on the ordered condition, design and service atmosphere:

🔧 1. Vacuum Furnace Components

• Support rods

• Heating elements

• Insulating structures

• Load bars

• Furnace shafts

For multi-cycle furnace components, specify temperature, atmosphere, load and the required creep and dimensional-stability assessment.

✈️ 2. Aerospace Engineering

• Rocket nozzle inserts

• Turbine insulation rods

• Aircraft structural supports

• Heat shields

For critical flight components, confirm the ordered material requirements and the applicable component or system qualification separately from the molybdenum alloy bar catalogue application description.

⚙️ 3. Die-Casting & Injection Molding

• Hot runner system pins

• Tooling inserts

• High-load support arms

Compare creep-resistant TZM rods with alternative tooling materials using the specified temperature, atmosphere, final condition, wear requirements and component load. Confirm oxidation protection for the actual service environment.

💡 4. Medical & Scientific Equipment

• Ion implantation rods

• Heat-conductive supports

• Radiation shielding components

For high-vacuum analytical or diagnostic equipment, specify the TZM alloy rod geometry, material condition, cleanliness and required inspection criteria.

📏 Sizes & Custom Machining

We provide tight-tolerance TZM molybdenum rod machining services to meet your specific technical drawings.

🧾 Ordered Standards and Inspection Documents

For TZM Molybdenum Rods, specify the required standard edition, alloy and production route, then confirm the applicable inspection and documentation scope:

• ASTM B387 – Specification for molybdenum and molybdenum alloy rods, bars, and wires

• Grade 364 identifies powder-metallurgy TZM in ASTM B387/B387M; Alloy 363 identifies vacuum-arc-cast TZM. Confirm the required designation and production route for the quoted rod.

• ISO 9001 / ISO 14001 – if management-system documents are required, confirm their actual issuer, validity and scope separately from the material specification.

• EN 10204 3.1 – specify the requested inspection-document type, heat or lot identity and required chemical/mechanical reports; confirm documents with the quotation.

• ROHS / REACH – specify any applicable substance or declaration requirements for the actual order and confirm the available document scope.

Ultrasonic and dimensional inspection available upon request.

📦 Packaging & Delivery

• 📦 Vacuum-packed + foam + anti-collision padding

• 📦 Wooden crates or export-grade steel-reinforced boxes

• 🔄 Custom labeling with QR traceability

• 🌍 Global delivery: DHL / FedEx / UPS / Sea / Air cargo

• 🕒 Lead time: 7–15 days depending on specs & quantity

🌐 Destination and Order Documents

Provide the destination, final user, intended use and specifications with the TZM Molybdenum Rods enquiry. Confirm the actual export and shipping documents required for the order with the quotation.

Confirm the required order documents and support scope, including:

• End-User Certificates (EUC)

• Export-document support confirmed for the order (MOFCOM, Sinosure where relevant)

• Commercial Invoices, Packing Lists, CO/FA/FE

🧩 Why Choose Our TZM Molybdenum Rod?

• 🔧 In-house forging + machining = full production control

• 📊 Material traceability and the required heat or lot documentation confirmed for the order

• 🧪 Technical guidance from metallurgy experts

• 🛠️ Custom dimensions and tight tolerances supported

• 🌍 Export-ready to 40+ countries across aerospace, medical, and metallurgical industries

For a high-temperature molybdenum rod furnace enquiry or a precision TZM alloy bar component drawing, provide the service conditions, acceptance requirements and requested delivery schedule for a quotation.

TZM Rod Ordering Information and FAQs

Provide the alloy designation and production route, diameter, length, tolerances, straightness, final condition, surface, quantity and component drawing. State the service atmosphere, temperature, loading, exposure duration and required inspection documents. Send the enquiry through our Contact page.

Which ASTM reference addresses TZM rod? ASTM B387/B387M covers molybdenum and molybdenum-alloy bar, rod and wire. Alloy 363 and Alloy 364 identify different TZM production routes; specify the required route, edition and acceptance criteria.

How should high-temperature service be specified? Include atmosphere, load, time and component geometry. Molybdenum manufacturer guidance addresses oxidation protection using appropriate vacuum, reducing or inert environments. Confirm the protective conditions for the application.

What establishes chemical and mechanical acceptance? Use the agreed alloy requirements and actual heat or lot inspection reports. The preserved catalogue constituent and property tables support an initial enquiry; clarify their applicability before accepting a batch.

Compare pure molybdenum rod for a pure-Mo material enquiry or TZM alloy tube when the required form is hollow. Browse molybdenum bars and rods or the molybdenum materials range for other forms.

📞 Contact Us

📧 Email: sales@niticu.com
📞 Phone / WhatsApp / WeChat: +86 13335373172
🏭 Factory: Baotai Road Industrial Park, High-tech Zone, Baoji City, Shaanxi, China
🌐 Website: https://niticu.com

📩 Get in touch for pricing, drawings, sample orders, or technical consultation – our response time is under 24 hours.