The first thing you will notice when looking at a glass bending furnace, is the extreme heat. But inside, temperatures can reach as much 1,500 degrees Celsius! That is hotter than most cooking ovens! This means the workers inside of a furnace need to wear special protective clothing around them because these furnaces are very hot. It is like being enclosed with a massive stove where anything is so very warm!
They place gentiana and glass for Genting in a kiln to be heated. This glass is designed to bend in the case of getting heated instead of turning into pieces. This special glass is tempered. So Now when the glass is at a certain temperature and it hot enough, Finally its time for distribution in various shapes! Specialised tools are used by workers to bend glass into a desired shape. So would you say it is like playing with Play-Doh, but instead of lukewarm its super hot and slightly more intricate!
As a section will be just like in few words, As an image is drawn by painters or as statues are created by scissors-maker the same way glass bender is also an artist. Using an active imagination and endless creativity, they collaborate on designing one-of-a-kind glass objects. Glass bending is a very ancient art; it has existed for centuries. Actually, nobody knows for sure when it started, though we do know that the Egyptians and Romans used glass bending methods to make their own customs of a large number of years!
Indeed, glass benders often learn the trade at home from a parent or grandparent. They practise their manipulation of notably hot glass, not only with the tools that guide and shape it into existence but also with their eyes (where they find new methods) or hands. Becoming great at this incredible art takes a lot of practice and patience. But, as the saying goes — like riding a bike, or playing an instrument: practice really does make perfect!
New tools and technology are making it possible for glass benders to design images even more detailed than ever before. New Furnaces: Modern furances have developed their own special tools and flexible metal frames that can stretch the mold along with its glass, rendering it possible to produce molds for ever increasing sizes without warping. These are tools that ensure every glass is perfectly manufactured and the one of a kind pieces.
Tempered glass is made when regular glass is heated to incredibly high temperatures. This process significantly increases the strength of glass to allow it to bend before shattering. This sheet of heat-treated glass is cooled and then reheated to a specific temperature known as the 'softening point' at which stage it will be placed into a mould. “Here the glass softens and shapes itself accordingly.
The interior furnace has several components that combine movement together to provide a safe and productive environment for glass bending. A heating element that warms the furnace, a thermostat to measure how hot it is in there and ducts for ventilation. This is important for safety reason as it helps prevent any potentially hazardous fumes or gases in the furnace from escaping into the air.
In accordance with the market condition according to the current market, the factory alters the glass bending furnace to accommodate the fluctuating demand of the market and to maintain a competitive advantage. Create flexible production lines, and use information technology to meet the market's demand. Modify production plans according to time.
To decrease the glass bending furnace of products that are defective, and to improve customer satisfaction, strict quality inspections are conducted. A solid quality management system to attain continuous quality management. Improvements in inspection and testing techniques
glass bending furnace factory focuses on technological innovation in the production process Develop new technologies and innovate using technology that is already in use Improve the production process Keep your product competitive on the market
Our glass bending furnace has the benefit of economies of scale thanks to the introduction of modern production equipment and technology the manual process can be reduced Additionally the production speed of the most efficient equipment is typically quicker allowing it to quickly finish the task of production and boost the speed and efficiency
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