Hot pressing sintering enhances particle rearrangement and plastic flow by applying unidirectional mechanical pressure, which can achieve densification at lower temperatures while inhibiting grain growth.

High-alumina ceramics, with their superior refractory properties, have become the preferred material for key components in high-temperature industrial furnaces, such as electric heating element carriers, furnace linings, supports, and protective tubes, pl

In harsh industrial environments, material wear and erosion are often the primary causes of equipment failure. Whether it's high-speed flowing powders, slurries containing solid particles, or high-temperature corrosive gases, all cause continuous corrosio

With the rapid development of modern electronics, communications, energy, and defense technologies, high-voltage, high-frequency circuits place unprecedentedly stringent demands on insulating materials: they must withstand voltage surges of thousands or e

Alumina ceramics' low-temperature sintering technology will move towards improving composite additive systems and developing new additives.

The finer the grains, the higher the strength and toughness of the material, because fine-grained structures can more effectively hinder crack propagation.