TZM Molybdenum Custom Part Description

Material selection and processing

We select high-purity molybdenum materials and then add zirconium, titanium and other metal elements in proportion, and then use arc melting casting or powder metallurgy (powder mixing-high temperature sintering-repeated rolling-annealing-polishing and cutting) to make finished products. Moreover, each processing procedure will undergo professional and comprehensive quality inspections, and we have ISO quality inspection certificates, so you can order with confidence.

Characteristics

Strong high-temperature performance

The high temperature strength is far superior to pure molybdenum; it has strong creep resistance, a low thermal expansion coefficient, and can maintain good dimensional stability without deformation in high temperature environment.

Excellent processing performance

It has high shaping performance, good hot and cold processing performance, and high dimensional accuracy. It can be made into parts with complex shapes through high-precision technology to meet different customized requirements.

Excellent chemical stability

It is stable in corrosive environments such as oxidizing and reducing atmospheres (such as hydrogen and carbon monoxide) and molten glass, and is not prone to oxidation or intergranular corrosion.

Long service life

It is anti-fatigue, anti-vibration, and wear-resistant. It is not easy to crack under alternating loads. Its service life is more than 30% longer than that of pure molybdenum plates.

Application

Aerospace: It can be used to manufacture engine parts of high-speed aircraft, such as turbine blades and combustion chambers etc. It can maintain good performance under extreme conditions such as high temperature, high pressure, and high speed to ensure the reliability and efficiency of the engine. In addition, it can also be used to manufacture structural parts of aerospace aircraft, such as fuselage frames, etc., to reduce the weight of the aircraft while improving its structural strength and stability.
Electronic and electrical: TZM Molybdenum Custom Part can be used as cathode materials for electron tubes and heat shields for electric vacuum devices, etc. It can maintain stable performance in high-voltage and high-frequency working environments and improve electronic equipment's reliability and service life.
Semiconductor manufacturing: Molybdenum Semiconductor Part can be used as packaging substrate materials, precision parts in lithography equipment, target material support structures in ion implantation equipment, etc., which helps to improve the accuracy, performance, and integration of chips. Its low thermal expansion coefficient matches the chip and packaging materials, which can reduce the thermal stress generated during the thermal cycle, improve the reliability of the package, and prevent the connection between the chip and the substrate from failing.
Process of thin film deposition： In chemical vapor deposition (CVD) and physical vapor deposition (PVD) equipment, CNC Molybdenum Part is used as a support structure or heat sink for heating elements. This part can quickly transfer heat, achieve precise temperature control, and effectively dissipate the heat generated during the equipment's operation to ensure its normal operation.
Glass industry: Molybdenum Heating Plate can be used as a heating element, electrode, and other components of a glass kiln, which can improve the heating efficiency and service life of the kiln.
Energy field: It can be used to manufacture electrode materials or support structures for solar cells to improve the conversion efficiency and stability of solar cells.

TZM Molybdenum Custom Part Dimension

Grade	Mo1,Mo2,Mo alloy
Purity	≥99.95%-99.99%
Length	30-500mm
Width	10-150mm
Thickness	0.5mm-50mm
Density	10.2g/cm³
Tensile Strength	610 Mpa
Surface	Polishing, Grounding
Shape	Rectangular
Standard	ASTM B387,GB
Certification	ISO 9001