How to manufacture wired Glass. Explain in details step by step

Manufacturing wired glass involves the process of embedding a wire mesh or grid within the glass during its production. This process ensures that the wire becomes an integral part of the glass, providing strength and safety. Here is a step-by-step explanation of the general manufacturing process of wired glass:

1. Glass Formation: The manufacturing process of wired glass begins with the formation of glass sheets. Molten glass is poured onto a molten tin bath or float bath, where it spreads out and forms a continuous ribbon. The glass ribbon floats on top of the molten tin, which results in a smooth and uniform surface on one side.
2. Wire Mesh Placement: Before the glass cools and solidifies, a wire mesh or grid is placed on the still-molten side of the glass ribbon. The wire mesh is typically made of steel and consists of evenly spaced wires or grids.
3. Glass Encapsulation: As the glass ribbon continues to move along the production line, the wire mesh is sandwiched between two layers of molten glass. The weight and heat of the glass ribbon press the wire mesh into the glass, ensuring that it becomes embedded within the glass layers.
4. Cooling and Annealing: The wired glass sheet undergoes a controlled cooling and annealing process to relieve any internal stresses and strengthen the glass. This step helps to enhance the durability and safety of the wired glass.
5. Cutting and Shaping: Once the wired glass has cooled and hardened, it is cut into desired sizes and shapes using specialized glass cutting tools. The wired glass can be cut into sheets, panels, or customized shapes based on specific project requirements.
6. Quality Control: Throughout the manufacturing process, quality control measures are implemented to ensure that the wired glass meets the desired specifications. This includes inspecting for wire placement, glass uniformity, wire adhesion, and any visual defects. Samples are taken and tested for strength, safety, and adherence to industry standards.
7. Optional Additional Processing: Depending on the specific requirements or applications, the wired glass may undergo additional processing steps. This can include edge grinding or polishing, tempering for increased strength and safety, laminating for added impact resistance, or applying surface treatments such as frosting or tinting.

It’s important to note that the exact manufacturing process of wired glass may vary depending on the manufacturer and the specific equipment used. Each manufacturer may have their own proprietary techniques and processes. The goal is to ensure that the wire mesh becomes an integral part of the glass, providing strength, safety, and fire-resistant properties.

Wired glass is widely used in applications that require safety and fire resistance, such as fire-rated doors, windows, and partitions. The embedded wire mesh prevents the glass from shattering into large, dangerous shards when broken, helping to protect occupants and contain fires. Additionally, wired glass can also be used in decorative applications where both aesthetics and safety are desired, such as storefronts, interior design features, and privacy screens.