10tpd Recuperative Furnace High Temperature Flint Glass Energy Saving

1. Brief Description

Glass is a special amorphous inorganic nonmetallic material. The main component is silicate, a non-crystalline solid with an irregular structure.

2. Advantage

3. Furnace structure

• Melting section

It is the part which melts batched materials and Clearing and homogenizes glass liquid. In the upper space of the melting section is referred to as the flame space, the lower part is melting tank. The flame comes from the burner through the port, which feds in preheated air to increase the flame effiency.

• Dog house

Batched materials feed into the furnace through dog house, the heat is transferred via flame space to the glass liquid.

• Air, gas access

The heated air and gas flow into the pre-combustion room for mixing via this access after they flow out of the regenerator.

• Burner Port

The flame goes out from the burner port. The shape, size and length of burner port will have a big effect for the speed, thickness, width and direction of the flame.

• Gas supply and waste gas exhaust

A gas supply and waste gas exhaust system is designed to ensure the continues, regular and efficient operation of the furnace, which includes double deck reversal unit, air and gas flue channel, middle flue channel, blower, main flue channel and chimney.

4. Furnace melting technology system

Reasonable melting technology is a system which could ensure a normal daily production. It will have an important function for high production, high quality, low consumption and life span of furnace.

Furnace melting technology includes temperature, pressure, bubbling, glass liquid level, fuel, reversing system etc.

The temperature means the temperature the of melting tank, not the whole furnace. The distribution of temperature is from the melting tank through the length of the furnace.

Furnace pressure is the static pressure of the gas system, which is determinate by pressure distribution curve.