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Glass Processing

Glass processing transforms raw flat glass into advanced products for architectural and automotive applications through specialized techniques that enhance performance, functionality, and aesthetics.

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Architectural Glass Processing

Glass processing transforms raw flat glass into advanced products for architectural and automotive applications through specialized techniques that enhance performance, functionality, and aesthetics.

Downstream Processing

This includes a wide range of finishing operations such as heat treatment (tempering and toughening), shaping (e.g., curving), surface treatments, and the fabrication of Insulating Glass Units (IGUs). These processes enhance safety, thermal performance, and design versatility.

Secondary Processing

Secondary processing involves the application of value-added features including:

  • Coating: Vacuum-deposited layers provide solar control, low-emissivity, or decorative properties.
  • Laminating: Multiple glass layers are bonded using interlayers to improve safety and acoustic insulation.
  • Silvering: Converts flat glass into mirrors through metallic coatings.

Automotive Glass Processing

A comprehensive description of the advanced techniques and technologies that transform raw glass into high-performance solutions for automotive applications.

Pre-processing

Tailors flat glass to precise automotive specifications, preparing it for further shaping and strengthening.

Shaping and Strengthening

Transforms flat glass into complex, curved forms through thermal or chemical toughening, ensuring mechanical durability and safety.

Glazing Systems

Combines advanced functionalities such as solar control, heating, encapsulation, and sensor integration to meet comfort, safety, and design needs.

Learn about Glass Technology

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Glass Technology Chemistry of Glass Sir Alastair Pilkington The Float Process Glass in Buildings Glass in Vehicles