New Processes in Tile Production in 2025

Features: By applying positioned glue on the tile surface and then sprinkling dry particles, a three-dimensional texture is created. This process can achieve various effects, such as combining positioned glue with digital molds, soft polishing, molds, matte particles with positioned gloss particles, 3D WOF polishing, and semi-polishing with positioned gloss particles.

Applications: This process not only enhances the aesthetic appeal of the tiles but also improves their wear resistance and slip resistance, making them suitable for high-traffic areas.

Features: Fixing colorful dry particles with positioned glue under the dry particle layer and then applying high-transparency full polishing to the surface. This process is highly demanding in production but can achieve excellent gloss and color performance.

Applications: Suitable for commercial spaces and high-end residences with high aesthetic requirements.

Features: This technology significantly increases the slip resistance of tiles, reaching R9-R10, while maintaining a smooth texture and low gloss.

Applications: Ideal for outdoor spaces and high-moisture areas such as bathrooms and kitchens.

Features: The application of 3D printing technology in tile production is becoming more widespread, mainly used for rapid prototyping and customized design.

Applications: Suitable for projects requiring rapid production and customized design, such as high-end custom tiles and artistic tiles.

Features: Achieving automation and intelligence in the production process through machine vision, sensors, and artificial intelligence.

Applications: Improves production efficiency, reduces labor costs, and enhances product quality and consistency.

Features: Using environmentally friendly materials and optimizing production processes to reduce energy consumption and emissions.

Applications: Complies with global environmental trends and is suitable for markets with high environmental requirements.