Natural Gas Flint 150tpd Industrial Glass Furnace for Container and Tableware Production
Price:
Negotiable
MOQ:
1 set
Delivery Time:
90 days after received the down payemnt
Brand:
JEFFER
Product Description
Industrial Glass Melting Furnace Overview
Glass melting is the most critical process in glass production, where batch materials transform into uniform, bubble-free liquid glass through high-temperature heating.
Glass Melting Process Stages
Silicate Formation
Batch materials undergo solid-phase reactions during heating, releasing gaseous products and forming opaque sinter composed of silicate and SiO2.
Glass Liquid Formation
Sinter melts into flint glass liquid containing numerous bubbles, with uneven chemical composition and characteristics.
Clearing Process
Continuous heating reduces viscosity, releasing gaseous impurities and eliminating visible bubbles from the liquid pool.
Homogenization
Extended high-temperature exposure eliminates ripples through diffusion, creating uniform glass liquid at temperatures lower than clearing stage.
Furnace Classification by Capacity
| Furnace Type | Daily Capacity |
|---|---|
| Small Scale Furnace | Below 50 tons |
| Medium Scale Furnace | 50-150 tons |
| Large Scale Furnace | 150+ tons |
Furnace Types by Heating Source
| Furnace Type | Fuel Source |
|---|---|
| Fired Furnace | Natural gas, heavy oil, diesel oil |
| Electric Furnace | Electricity |
| Fired-Electric Furnace | Combination of combustion fuel with electric supplementary heating |
Furnace Types by Product Application
| Furnace Type | Product Applications |
|---|---|
| Flat Glass Furnace | Float glass, sheet glass, figured glass production |
| Domestic Glass Furnace | Container glass, tableware glass, tube glass production |
Furnace Structure Components
- Glass melting section
- Heat source supply section
- Waste heat recovery section
- Gas supply and waste gas exhaust system
Melting Technology System
The comprehensive melting technology system ensures normal daily production, supporting high output, superior quality, low consumption, and extended furnace campaign life.
Key Technical Parameters
Temperature control throughout the melting tank length, pressure management via gas system distribution, and controlled bubbling for optimal melting performance.
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Company
JEFFER Engineering and Technology Co.,Ltd
Location
4FL, B3 Saturn Builing, No. 98 Star Road, New North Zone, Chongqing, China
Contact Person
Maggie YU