Glass Sheet Bending Furnace

A method is provided in which a glass sheet is bent on a mould having a movable end comprising the steps of.

Glass sheet bending furnace.

The glass nestles to the hoop and get the favored form. The glass panes are put on the hoop and then heated in the bending furnace. About 27 of these are glass processing machinery 0 are industrial furnace and 0 are heating equipment. A device and a process for manufacturing a bent individual glass sheet including a peripheral compression belt wherein the process includes the heating thereof to its bending temperature in a furnace the individual bending thereof and the general cooling thereof.

Furnace can temper flat as well as bend and temper glass lengthwise and width wise. After the glass sheet is molded the mold is conveyed through an annealing zone in which the glass sheet is cooled. Providing support to a portion of the glass sheet located on the movable end of the mould. A wide variety of glass bending furnace options are available to you such as key selling points machine type and condition.

The user simply introduces the desired radii. Bi direction bend tempering furnace. Heating the glass sheet to its bending temperature. The infrared line camera pyroline camera made by dias can be used to monitor the glass temperature at the exit of a rotary furnace just prior to the bending press.

A bending furnace as set forth in claim 17 wherein the bending section includes sides and top walls and side heating elements on the walls of the heating and bending section below the level of edges of the glass sheet in the heating and bending section and a length of the upper heating elements above a middle section of a glass sheet in the. Shuttle bending systems contain preheat anneal sections separate from the bending furnace to reduce processing time required in the bending furnace increasing productivity. The bending mold is continuously conveyed through a heating furnace where the glass sheet is heated to its deformation temperature until the glass sheet begins to deflect under gravity and conform to the shape of the forming rail. One zone of the sheet at least partially inside the peripheral compression belt referred to as locally cooled zone undergoes.

Precise closed loop heat control minimizes the creation of process slowing air gaps between the multiple layers of glass.