Molybdenum High Temperature Alloy TZM Rod

Détails sur le produit:

Lieu d'origine:

Chine

Nom de marque:

Certification:

ISO 9001

Numéro de modèle:

TZM

Conditions de paiement et expédition:

Quantité de commande min:

5 pièces

Détails d'emballage:

Boîte en contreplaqué avec panneau de mousse absorbant les chocs

Délai de livraison:

25 jours

Conditions de paiement:

LC, D/A, D/P, T/T, Western Union, MoneyGram

Description de produit

Description de produit

Overview

Molybdenum High Temperature Alloy TZM Rod is a titanium-zirconium-molybdenum (Ti-Zr-Mo) ternary alloy bar. Through solid solution strengthening and dispersion strengthening mechanisms, it is significantly better than pure molybdenum in strength, creep resistance and recrystallization temperature. It is suitable for use as high-temperature structural parts, such as nuclear fuel cladding, hot runner nozzles, heating elements or welding electrodes.

TZM Alloy Advantages

High melting point and thermal stability: With a melting point of approximately 2610°C, it maintains structural integrity at elevated temperatures without softening or deformation.
Superior high-temperature strength: Exhibits high yield strength and tensile strength, typically surpassing pure molybdenum or tungsten, with outstanding creep resistance at high temperatures.
Higher recrystallization temperature: Exceeds that of pure molybdenum (by about 1400°C), extending service life at elevated temperatures.
Strong corrosion resistance: Exhibits excellent resistance to corrosive media such as acids, alkalis, and molten glass, making it suitable for chemical and metallurgical environments.
High thermal conductivity and low thermal expansion coefficient: Features high thermal conductivity and a low expansion coefficient, facilitating heat transfer and minimizing thermal stress.
Good workability and room-temperature properties: Possesses good plasticity and weldability at room temperature, along with a high elastic modulus, enabling easy processing into shapes such as rods.

Specification

Material	Mo-0.5%Ti-0.08%Zr-0.02%C
Diameter	3-200mm
Length	20-3000mm
Density	10.16-10.22 g/cm³
Hardness	220-320 HV
Tensile Strength	800-1100 MPa
Surface	Black(forged), Polished
Standard	ASTM B387 Type 364
Certification	ISO 9001

Molybdenum High Temperature Alloy TZM Rod Application

High-temperature equipment

Insulation screens, pillars, crucibles, and structural components for hot isostatic presses and high-temperature furnaces.

Covering multiple high-value-added sectors including energy, aerospace, electronics, and healthcare, it significantly outperforms conventional alloys in extreme conditions of temperatures exceeding 2000°C, intense radiation, and high stress.

Nuclear Industry

Structural materials for nuclear reactor control rod assemblies, radiation shields, support frames, heat exchangers, rails, and fuel assemblies.

High-temperature-resistant components for nuclear fuel processing equipment

Aerospace

Used for manufacturing high-temperature components such as rocket engine nozzles, gas ducts, nozzle throat liners, and turbine discs.

Metallurgical Manufacturing

High-temperature vacuum furnace heating elements, furnace liner support rods

Continuous casting mold copper plate inserts

Metal material hot working die mandrels

Electronics Industry

Semiconductor Chip Sputtering Target Support Rods

Vacuum Electronic Device Anodes and Grid Components

High-Temperature Superconducting Material Substrates

Healthcare sector

Components for Nuclear Medicine Radiopharmaceutical Processing Equipment

High-Temperature Resistant Structural Components for Radiotherapy Equipment

Core Structural Components for Nuclear Medicine Imaging Equipment (e.g., PET-CT)

Mold Industry

Precision Forging Die Cores for High-Temperature Alloys

Seamless Stainless Steel Piercing Mandrels

Hot Extrusion Die Guide Rods

Suitable for Casting Light Alloys such as Aluminum and Copper

Processing

① Raw material preparation: Use molybdenum powder, titanium powder, and zirconium powder with a purity of ≥99.95%, and mix them evenly in proportion (usually Ti: 0.5%, Zr: 0.1%, and the balance Mo).

②Powder metallurgy billet making: The mixed powder is formed by cold isostatic pressing, and then sintered in a hydrogen atmosphere to obtain a dense sintered billet.

③Plastic processing: The sintered billet is opened by multiple passes of high-temperature forging, and then hot-rolled or warm-rolled to gradually reduce the diameter to the target rough specification of the bar.

④ Precision processing: The thick rod is solid solution treated to improve toughness, and then cold rolled or cold drawn for finishing, to finally obtain high-precision dimensions.

⑤Finished product processing: Finally, it undergoes straightening, cutting, surface grinding, and ultrasonic flaw detection to ensure that there are no internal defects.

Molybdenum High Temperature Alloy TZM Rod Pictures

Packing

Produit Tag:

Molybdenum High Temperature Alloy TZM Rod

Alliage de cuivre de molybdène

Grillage de molybdène

Alliage de molybdène de TZM

PORTER MALHEUR À MATECH est un fournisseur expert sur la solution en métal. Particulièrement sur les produits tels que le cuivre d'alliage de tungstène, de tungstène, la cible de titane, de zirconium, de vanadium, d'hafnium, de pulvérisation, le métal etc. Nobel,