Mirror Bending Furnace
- Place of Origin: CN; ZHEJIANG
- Machine Type: Mirror Bending Furnace
- Condition: New
1. Using the most advanced glass bending principle, Oven diameter is 6800mm, with 48 vacuum suckers.
2. Function: Glass bending furnace using Taiwan instruments, controllers, and 3-way temperature control. The temperature range from 720-780 degrees adjustable. and the system temperature difference is ±2 degree.
3. Total Power:240kw.
4. This equipment uses a Taiwan gear motor and frequency conversion motor.
5. Could be designed and manufacturer as per customer's requirement.
A glass fusing bending furnace is a type of furnace that is used in glass processing to fuse or bend glass. This type of furnace is used in the manufacturing of glass products such as glass doors, windows, countertops, tiles, and many other glass items.
The furnace consists of a high-temperature chamber that is designed to heat glass to a high temperature to allow it to soften and become pliable. The chamber is heated using high temperature heating elements that are controlled by a sophisticated electronic control system.
To fuse glass using this furnace, pieces of glass are stacked together and then placed in the furnace. The glass is heated to a specific temperature that will cause the glass to melt and then fuse together, creating a smooth, even surface. The glass fusing bending furnace can also be used to create textured or patterned glass by heating the glass in a specific pattern or adding various materials to the surface of the glass.
To bend glass, a pattern is placed in the furnace and then the glass is heated to a specific temperature. Once the glass has reached the appropriate temperature, it is carefully removed from the furnace and shaped to the desired form, while it is still malleable.
The use of a glass fusing bending furnace enables manufacturers to create complex shapes and designs in glass, producing high-quality glass products for a wide range of applications. This technology has significant benefits in terms of efficiency and precision in glass manufacturing processes.
A mirror bending furnace is a type of furnace that is specifically designed for shaping and bending glass for use in mirrors. The furnace is an essential piece of equipment used in the manufacturing process for automotive mirrors, architectural mirrors, and other decorative mirrors.
The primary function of the mirror bending furnace is to heat the glass to a specific temperature that will allow it to be shaped and bent without cracking or breaking. The furnace heats the glass to a very high temperature using heating elements that are precisely controlled by an electronic control system.
The glass is placed on a mold within the furnace, and the heat softens the glass, allowing it to be shaped to the desired curvature. The curvature is determined by the mold, which is shaped to the desired curve and placed in the furnace alongside the glass. The mold and the heating process determines the level of curvature required for the mirror.
Once the glass has been shaped to its desired curvature, it is then cooled slowly in the furnace to prevent it from cracking or shattering. This cooling process is critical and must be carefully controlled to ensure the highest quality mirror is produced.
The mirror bending furnace is an essential piece of equipment in the production of high-quality mirrors. It enables manufacturers to create complex shapes and designs in glass, resulting in visually appealing and functional mirrors. With the use of mirror bending furnaces, manufacturers can produce mirrors in a range of sizes, shapes, and curvatures while maintaining precision in the manufacturing process.
A bending furnace works by heating and shaping glass to a specific curvature using a mold. Here are the basic steps for how a bending furnace works:
The glass is placed on a mold or mold assembly that has the desired curvature for the finished product.
The mold is then loaded into the bending furnace.
The furnace is heated to a controlled temperature, usually between 500-700°C, which softens the glass and makes it pliable.
The mold is used to shape the glass to the desired curvature while it is still hot and pliable.
Once the glass is shaped, it is cooled slowly and carefully to prevent thermal shock or cracking. This cooling process is typically controlled using a cooling curve based on the specific type and thickness of the glass being used.
After the glass is cooled, it is removed from the mold and inspected for defects or irregularities.
The finished product, such as an automotive mirror or architectural glass panel, is then further processed and quality checked before it can be installed or used.
Overall, a bending furnace is an essential piece of equipment for manufacturing curved and shaped glass products, as it allows for precise control over the shaping process and ensures consistency and quality of the finished product.
