By adjusting the matching of the thermal expansion coefficients of the fiber and the matrix, interfacial thermal stress can be reduced, avoiding debonding and microcracks.

In the field of high-efficiency air filtration, the performance of filter paper often determines the effectiveness of the entire purification system.

In modern industrial, medical, transportation, and home environments, air quality directly impacts equipment operating efficiency, production cleanliness, and human health.

Between aesthetics and practicality in high-end glassware, the crystal glass large plate is a silent masterpiece that blends art and craftsmanship.

After the glass balls are demolded, a special cleaning agent is needed to remove any residual colorant and impurities from the surface to avoid color contamination.

In the field of high-performance air filtration, glass microfiber, due to its unique physical structure and stable chemical properties, has become a core material for manufacturing high-efficiency filter paper.