This 30 TPD (tons per day) industrial glass furnace solution represents advanced engineering for modern glass manufacturing facilities. Glass melting is the most critical process in glass production, transforming batched materials into uniform, bubble-free liquid glass through high-temperature heating.

• Silicate formation
• Glass liquid formation
• Clearing and purification
• Homogenization

The melting quality directly impacts production yield, manufacturing costs, fuel efficiency, and furnace longevity, making proper process control essential for high-quality glass products.

• Fired Furnace: Utilizes combustion fuels including natural gas, heavy oil, or diesel
• Electric Furnace: Powered entirely by electricity
• Fired-Electric Hybrid: Combines primary combustion fuel with electric supplementary heating

The core area where batch materials melt and glass liquid undergoes clearing and homogenization. Features flame space above and melting tank below, with preheated air fed through burner ports for optimal flame efficiency.

Entry point for batch materials into the furnace, with heat transfer occurring from the flame space to the glass liquid.

Area dedicated to cooling and further homogenization of glass liquid, serving as distribution access point for final product formation.

Comprehensive process control systems ensure optimal daily production performance. Key parameters include temperature regulation, pressure management, bubbling systems, glass liquid level control, fuel optimization, and reversing mechanisms for consistent high-quality output with minimal energy consumption.

Specialized packing and transportation protocols for refractory materials ensure component integrity and optimal furnace performance throughout the operational lifecycle.