Additional Services
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Additional Services Glass Surface Finishing
Additional services for glass include spray coating (applying decorative or protective liquid layers), sandblasting (creating a frosted or textured finish via abrasive blasting), acid etching (achieving a smooth, uniform matte surface through controlled chemical reaction), grinding and polishing (shaping edges or surfaces and achieving optical clarity), and thin-film coating (depositing specialized layers for properties like anti-reflection or thermal control); therefore, these processes are essential for modifying aesthetics, enhancing functionality, improving durability, and enabling advanced applications in diverse industries like architecture, automotive, electronics, and high-end décor.
Our production process
Glass surface finishing encompasses a range of physical or chemical treatments applied to glass surfaces post-forming. These processes significantly enhance the glass’s final appearance, texture, functionality, or durability. Key services include:
Spray Coating:
Liquid coatings (paints, enamels, functional layers) are atomized and sprayed onto the glass surface. After application, the coated glass is typically cured in an oven to harden the finish. This is used for applying decorative colors, opaque backgrounds, protective layers, or specific functional coatings.
Sandblasting:
High-pressure air propels abrasive particles (like sand or aluminum oxide) against the glass surface. This bombardment creates a uniformly frosted, matte, or textured finish by microscopically eroding the surface. It's valued for achieving decorative opacity, light diffusion, or a non-slip grip.
Acid Etching:
The glass is immersed in or treated with a controlled acidic solution (often hydrofluoric acid-based). The acid chemically reacts with and dissolves a thin layer of the glass surface, resulting in a smooth, satin-like matte finish. This process yields a finer, more uniform texture compared to sandblasting.
Coating (Thin-Film Deposition):
Coating (Thin-Film Deposition): Advanced techniques (like vacuum sputtering or chemical vapor deposition) apply microscopically thin layers of metals or metal oxides onto the glass surface. These coatings imbue the glass with specialized properties such as reduced glare (Anti-Reflective), enhanced thermal insulation (Low-E), solar control, increased scratch resistance, or decorative mirror effects.