Chengde Xinxi Glass Technology Co., Ltd.

&Our company specializes in designing and manufacturing various large-scale glass electric melting furnaces. The cooperation method is flexible (it can be packaged in large quantities, or the manufacturer can purchase materials by itself, and we will be responsible for technical guidance on installation and debugging). The after-sales service is considerate and has a high reputation, which is well received by people in the industry. The following is a detailed introduction to large and medium-sized glass electric melting furnaces.
One melting amount
Tons of melted glass liquid with guaranteed quality and quantity within an hour.
Two melting types
It can not only melt soda-lime glass, glass, milky white materials, etc., but also melt high borosilicate, lead glass and other materials.
Three melting systems
, & can be designed to melt materials and produce within hours every day.
<. It can also be designed to mix materials every hour and produce in shifts every day. This type of electric furnace can also be used for hourly production. <. It can also be designed to mix materials every hour and produce in shifts every day. This type of electric furnace can also be used for hourly production. <&Four Power Consumption
The melting pool is a central area dedicated to melting molten glass, and its power consumption is. ． degree/kg glass liquid.
The working pool is a material pool specially used for production. Its power consumption is small, which is directly related to the number and size of the material intake and production management.
Five feeding methods
Either manual feeding or mechanical automatic feeding. Manual feeding is easy to control, the feeding is uniform, and the cost is low, so it is widely promoted and used.
Six discharging methods
Materials can be picked manually or dropped.
Seven heating methods
Use molybdenum electrodes or tin oxide electrodes to conduct heat from the center of the electric furnace to the surroundings. This heating method heats evenly and can well ensure the quality of the material. About % of the material quality can be used.
Eight cooling methods
The electrode must be cooled during the working process, either water cooling or air cooling. Water cooling is better.