Physical Properties of Tungsten Plate
Tungsten plate features key physical properties characterized by an ultra-high melting point of about 3410 °C, high density of 19.25–19.35 g/cm³, stable electrical conductivity of approximately 28%–31% IACS, and a high elastic modulus of about 400–410 GPa. These properties enable tungsten plates to maintain structural rigidity and dimensional stability in high-temperature and vacuum environments.
Among these properties, high density directly affects radiation shielding performance and counterweight accuracy. The extremely high melting point determines the material’s safety margin under extreme temperatures. Electrical conductivity influences current transmission and thermal coupling efficiency, while the elastic modulus affects deformation resistance and the long-term service stability of structural components.
In the manufacturing practice of CTIA GROUP, process control focuses on key indicators valued by customers, including density compliance rate, electrical conductivity consistency, and dimensional stability at high temperatures. By improving densification levels and microstructural uniformity, CTIA GROUP ensures stable physical performance of tungsten plates across different production batches, supporting the reliable operation of high-temperature thermal field systems and precision equipment.
The physical properties of tungsten plate are summarized in the table below.
Please do not hesitate to contact us if you have any other question. Our e-mail address is sales@chinatungsten.com, sales@xiamentungsten.com. Or you can call us by 0086 592 5129595/5129696.
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