The tensile strength requirement provides the fundamental assurance that tungsten alloy shielding containers maintain structural integrity and geometrical permanence under transport, lifting,…
The hardness requirement serves as an important guarantee of surface scratch resistance, wear resistance, and decontamination performance for tungsten alloy shielding containers…
The density requirement constitutes the primary foundational parameter for the shielding performance of tungsten alloy shielding containers, directly governing ray attenuation per…
The inherent properties of tungsten alloy material serve as the intrinsic determinants of shielding effectiveness in tungsten alloy shielding containers, primarily encompassing…
The actual shielding effectiveness of tungsten alloy shielding containers is governed by the combined influence of material properties, structural design parameters, radiation…
The atomic structure of tungsten forms the microscopic foundation of the shielding performance exhibited by tungsten alloy shielding containers. With its relatively…
The shielding mechanism of tungsten alloy shielding containers is based on multi-mechanism synergistic absorption and attenuation processes that rapidly convert incident ionizing…
The fundamental radiation shielding principle of tungsten alloy shielding containers rests on the composite interaction mechanisms between high-density, high-atomic-number metallic composites and…
CTIA GROUP LTD tungsten alloy sheet is a high-density, high-strength, high-temperature resistant alloy material mainly made from tungsten combined with nickel, iron…
Tungsten copper electrode is a pseudo-alloy material composed of tungsten and copper, prepared through copper infiltration process. It uses tungsten as the…