30T Anode Copper Tilting Furnace For Copper Smelting
Product Overview
The 30T Anode Copper Tilting Furnace is a high-capacity melting system specifically designed for copper refining and anode casting operations. This robust furnace combines advanced refractory engineering with precision tilting mechanisms to efficiently melt and pour copper for anode plate production.
Constructed with a heavy-duty mild steel shell and a sophisticated three-layer refractory lining system, this furnace delivers reliable performance in demanding copper smelting environments. The specialized bottom curvature ensures complete drainage of molten metal through the pouring lip, minimizing copper losses and maximizing operational efficiency.
The tilting mechanism enables controlled, precise pouring into anode casting molds, while the integrated burner system provides consistent heating for optimal melting performance. This furnace is an essential component in modern copper electrorefining operations, producing the high-quality anode plates required for efficient electrolysis.
Core Features
1. 30-Ton Melting Capacity
Large capacity furnace accommodates high-volume production requirements, supporting continuous anode casting operations. The substantial melt capacity reduces cycling frequency and improves overall production efficiency.
2. Advanced Three-Layer Refractory System
Engineered for optimal thermal performance and longevity:
- 1st Layer (Insulate): Insulation layer provides thermal barrier
- 2nd Layer (Insulation Bricks): cCold-face insulation bricks minimize heat loss
- 3rd Layer (Al 70% Bricks): Hot-face high-abrasion resistance fire bricks withstand molten copper contact
This sophisticated lining design ensures excellent heat retention, reduced fuel consumption, and extended refractory life even under continuous operation.
3. Heavy-Duty Steel Shell Construction
- Robust fabricated steel shell provides structural integrity:
- Mild steel main shell for durability
- Mild steel side plates for enhanced strength
- Flanged end connections for secure assembly
- Integrated mounting for burner and flue gas exhaust
The substantial steel construction ensures long service life and dimensional stability under thermal cycling.
4. Precision Tilting Mechanism
Motorized or hydraulic tilting system enables controlled pouring with precise flow rate adjustment. The tilting mechanism ensures accurate copper delivery to casting molds while maintaining operator safety.
5. Optimized Bottom Curvature
Specially designed furnace bottom geometry facilitates complete metal drainage through the pouring lip. This engineering feature minimizes copper retention in the furnace, reducing waste and simplifying cleaning operations.
6. Integrated Burner System
Purpose-designed burner mounting accommodates high-efficiency burner systems for consistent heating. The burner end features proper sealing and insulation to maintain furnace efficiency.
7. Fabricated Exhaust Hood
Custom exhaust hood at the flue gas discharge end captures combustion gases and directs them to the fume collection system, maintaining workplace air quality and regulatory compliance.
8. Robust Mounting Structure
Heavy-duty support structure and tilting trunnions designed for stability during both stationary melting and tilting operations. Proper foundation design ensures safe, vibration-free operation.
9. Accessible Design for Maintenance
Furnace configuration allows access to critical components for routine inspection and refractory maintenance. The flanged construction facilitates periodic relining when required.
10. Flexible Fuel Options
Burner system can be configured for various fuel types including natural gas, LPG, or fuel oil, providing operational flexibility based on local fuel availability and economics.
Key Performance Advantages
- Matched for Anode Casting Rhythm
30-ton capacity is designed for medium and large anode casting lines. The hydraulic tilting system controls pouring flow accurately, which matches the casting cycle and ensures stable anode molding quality. - Low Metal Loss & High Recovery Rate
Optimized curved bottom design enables nearly complete drainage of molten copper, reduces residual copper in the furnace, lowers metal loss and simplifies furnace cleaning work. - Long Refractory Service Life
Three-layer graded lining structure balances thermal insulation and erosion resistance, reduces heat loss and fuel consumption, and extends the service cycle of hot-face bricks under normal operation. - Stable & Safe Tilting Operation
Hydraulic tilting mechanism with stable speed adjustment ensures smooth pouring without splashing. It is equipped with angle limit and locking devices to ensure operation safety. - Flexible Fuel Adaptability
Burner can be configured according to local fuel supply, adapting to different energy supply conditions and reducing operation cost. - Easy Maintenance & Repair
Flanged shell structure and accessible design facilitate regular inspection and refractory relining, and shorten downtime for maintenance.
Technical Specifications Summary
|
Specification |
Details |
|
Capacity |
30 metric tons molten copper |
|
Shell Material |
Mild steel (MS) |
|
Shell Construction |
Flanged end design with burner and exhaust mounting |
|
Refractory Lining |
Layer 1: Insulate insulation Layer 2: Insulation bricks (cold face) Layer 3: High-abrasion Al 70% fire bricks (hot face) |
|
Bottom Design |
Curved for complete drainage through pouring lip |
|
Tilting System |
Motorized or hydraulic (as specified) |
|
Burner Configuration |
End-mounted with integrated hood |
|
Exhaust System |
Fabricated hood for flue gas collection |
|
Operating Temperature |
Suitable for copper melting (up to 1300°C) |
|
Fuel Options |
Natural gas, LPG, or fuel oil (burner specific) |
Applications
- Medium and large copper electrorefining plants, supporting automatic anode casting lines
- Copper smelting and refining integrated projects, as core equipment between smelting and electrolysis processes
- Anode plate production workshops for supporting downstream electrorefining supply
- Old plant capacity expansion and equipment upgrading projects
FAQ – 30T Anode Copper Tilting Furnace
Q1: What is the melting capacity of this furnace?
A: The furnace is rated for 30 metric tons of copper per heat. Actual melting rate depends on charge material condition (solid copper vs. scrap), fuel heating value, and burner efficiency.
Q2: What type of fuel can be used?
A: The furnace can accommodate burners designed for natural gas, LPG (liquefied petroleum gas), or fuel oil. The specific burner system should be selected based on local fuel availability, cost, and regulatory requirements.
Q3: How long does the refractory lining last?
A: Refractory life varies based on operating conditions, but the high-quality Al 70% hot-face bricks are designed for extended service. Typical lining life ranges from several months to over a year with proper operation and maintenance. Regular inspection helps optimize relining schedules.
Q4: Can this furnace be connected with our existing anode casting machine?
A: Yes. We can adjust the furnace tilting height, pouring lip position and tilting speed according to your existing casting machine's interface and production rhythm to achieve seamless connection.
Q5: Does the furnace include flue gas treatment equipment?
A: The furnace body is equipped with a standard exhaust hood for flue gas collection. Supporting dust removal and desulfurization systems can be configured according to local emission standards upon request.
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