Glass Melter Cross Fired Furnace 300 TPD Capacity with ISO14001 Certification for Industrial Manufacturing
Price:
Negotiable
MOQ:
1 set
Delivery Time:
180 days after received the down payment
Brand:
JEFFER
Product Description
Glass Melter Furnace Overview
This industrial glass melter features a cross-fired design with a daily production capacity exceeding 300 tons. As the essential melting equipment for glass manufacturing, this furnace ensures efficient and reliable operation for high-volume production facilities.
Melting Process Stages
The glass melting process consists of five interconnected stages where each phase directly impacts the subsequent stage and ultimately determines the final glass quality. Proper operation at every stage is critical for optimal performance.
Cross-Fired Design
The cross-fired furnace configuration directs flames from one side to the opposite side, moving across the furnace width perpendicular to the glass liquid flow direction for optimal heat distribution.
Furnace Structure Components
| Component | Description |
|---|---|
| 1. Melting Section | Primary area for glass material fusion |
| 2. Breast Wall | Structural wall supporting furnace integrity |
| 3. Crown | Top arch structure of the furnace |
| 4. Port | Fuel and air mixing point with waste gas exhaust |
| 5. Regenerator | Waste heat recovery system for combustion air preheating |
| 6. Cooling Section | Area for controlled glass temperature reduction |
| 7. Flue Channel | Pathway for exhaust gas flow |
| 8. Double Deck Reversing Unit | System for alternating waste gas and combustion air flow directions |
| 9. Waste Heat Treatment System | Environmental control and energy recovery system |
Key System Components
Batch Charging System
The batch charging area dimensions are customized according to furnace size and specific batching methods to ensure optimal material feeding.
Melting Tank
Comprising both melting and clearing areas, the melting tank provides the complete environment for glass material transformation and purification.
Regenerator System
This waste heat recovery device preheats combustion air as it flows through the regenerator before entering the furnace through the port, significantly improving energy efficiency.
Port Assembly
The port serves as the critical junction where fuel mixes with preheated air, providing both entry for combustion air and exhaust for waste gases.
Double Deck Reversing Unit
This automated system periodically reverses the flow direction of waste gas and combustion air to maintain optimal heating efficiency and temperature distribution.
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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