Blog

Piezoelectric ceramic materials find widespread application across various fields. In the realm of sensors, they leverage the piezoelectric effect to

In the compositional design of single-crystal alloys, a balance must be struck between alloy performance and processability.

GH4169 is a nickel-chromium-iron-based wrought superalloy. Nickel-based alloys represent one of the most complex classes of alloys

In high-temperature environments, various material degradation processes are accelerated; during service, these materials are prone to microstructural

Research into superalloys began in the late 1930s in countries such as the United Kingdom, Germany, and the United States. During World War II, the re

The structural characteristics of ammonia synthesis catalysts significantly influence their catalytic efficiency and stability.

Iron oxide (Fe₃O₄) constitutes the bulk of iron-based catalysts, typically accounting for 60%–90% of the composition.

Iron-based catalysts are predominantly used due to their low cost and mature technology; they are suitable for processing high-purity feed gas (sulfur

The core function of ammonia synthesis catalysts is to lower the reaction activation energy, facilitating the combination of nitrogen

Thanks to the abundant, widely distributed, and low-cost nature of their raw materials (sodium salts)—combined with potential advantages in safety and

Common application scenarios for sodium-ion batteries primarily center on low-speed mobility, grid-scale energy storage, and emergency backup power, e

Researchers treat this specific material as a trade secret; Loïc Simonin, a collaborative researcher at LITEN, notes: "Its energy density rivals that