TZM moly rod/bar molybdenum and zirconium-titanium alloy rods

TZM alloy rod, molybdenum and zirconium-titanium alloy rods, titanium zirconium
molybdenum alloy bar:

TZM alloy is a molybdenum-based alloys commonly used in a high-temperature
alloys containing 0.50% titanium, 0.08% zirconium, the remaining 0.02% carbon
molybdenum alloy.

TZM alloy rod advantages:
1) TZM alloy has good mechanical properties, in particular its mechanical
properties are better than that of pure molybdenum at high temperatures. Table
2 (Ti0.5 / Zr0.1) TZM alloy mechanical properties, Table 3 TZM (Ti0.5-Zr0.08)
the tensile strength and elongation at high temperatures.

2) TZM alloy (molybdenum zirconium-titanium alloy) also has good weldability,
the material can be well H11 steel welding. Meanwhile TZM alloy is resistant to
liquid metals such as Zn corrosion. It is cold-worked by conventional methods.
In the case of cooling lubricants available cemented carbide or high speed
steel cutting tools for machining.

TZM alloy (molybdenum zirconium-titanium alloy) and physical properties of pure
molybdenum compared as follows:
Material density /g•cm-3 Melting point /℃ Boiling
point /℃
TZM alloy (Ti0.5/Zr0.1) 10.22 2617 4612
Mo 10.29 2610 5560

Mechanical Properties of TZM alloy (molybdenum zirconium-titanium alloy) (ri0.5
/ Zr0.1) as follows:
Mechanical Properties Elongation (%) elasticity modulus GPa Tensile
strength Mpa yield strength Mpa fracture toughness MP•m1/2)
Value ＜20 320 685 560-1150 5.8-29.6

TZM alloy (molybdenum zirconium-titanium alloy) high-temperature tensile
strength and elongation:
Temperature tensile strength（Mpa） Elongation
RT 1140-1210 7.5-13.0
1000 700-720 5.2
1200 320-360 9.0
1300 190-210 11.5-13.5
1400 140-170 11-16

TZM alloy (molybdenum zirconium-titanium alloy) thermal performance and
electrical properties:
Performance coefficient of thermal expansion /K-1(20~100℃)
thermal conductivity W/m•K Using maximum temperature in air ℃
ResistivityΩ•m
Value 5.3X10-6 126 400 (5.3~5.5)X10-8

Minimum Order: 1 pieces

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