Natural Gas Glass Melter 50Hz Cross-Fired Furnace with Waste Heat Recovery System and Temperature Control
Price:
Negotiable
MOQ:
1 set
Delivery Time:
180 days after received the down payment
Brand:
JEFFER
Product Description
Natural Gas Glass Melter Overview
This cross-fired furnace utilizes natural gas combustion technology with flames directed across the furnace width, perpendicular to the glass liquid flow direction. The system operates at 50Hz frequency and is supplied in new condition.
Glass Melting Process
The melting process consists of five interconnected stages where each phase directly impacts the subsequent stage and ultimately determines final glass quality. This complex process involves physical, chemical, and physicochemical phenomena that transform raw materials into homogeneous molten glass.
Key Features
| Feature | Description |
|---|---|
| High Productivity | Optimized combustion and heat transfer for maximum output |
| Longitudinal Temperature Control | Precise temperature adjustment along furnace length |
Furnace Structure Components
| Component | Function |
|---|---|
| Melting Section | Primary area where raw materials transform to molten glass |
| Breast Wall | Structural wall supporting furnace integrity |
| Crown | Top arch structure containing heat and gases |
| Port | Fuel-air mixing chamber and exhaust pathway |
| Regenerator | Waste heat recovery system preheating combustion air |
| Cooling Section | Area for controlled glass temperature reduction |
| Flue Channel | Pathway for exhaust gases from furnace |
| Double Deck Reversing Unit | System for alternating air flow direction through regenerators |
| Waste Heat Treatment | Environmental control system for exhaust management |
Main Components Detail
Melting Tank
The melting tank integrates both melting and clearing areas, providing a continuous process from raw material input to refined molten glass output.
Regenerator System
This waste heat recovery device preheats combustion air as it flows through regenerator chambers before entering the furnace via the ports, significantly improving thermal efficiency.
Port Design
The port serves as the critical junction where fuel mixes with preheated air before combustion, while also providing the exhaust pathway for waste gases from the furnace chamber.
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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