Products
Casting Furnaces
Features
| Specification | Description |
|---|---|
| Melting Capacity | Up to 2000 kg (varies by model) |
| Power Output | 30 KW - 280 KW |
| Heating Temperature | 20 - 1300℃ |
| Cooling System | Air Cooling |
| Energy Consumption | 300 kWh per ton of copper; 350 kWh per ton of aluminum |
| Melting Time | 2-4 hours (varies by capacity) |
| Voltage/Frequency | 380V, 50-60 Hz |
1. Overview of the Casting Furnace
What is a Casting Furnace?
A casting furnace is specialized equipment designed to melt metals such as copper and aluminum efficiently and precisely. This cutting-edge furnace, powered by advanced electromagnetic resonance heating technology, offers significant advantages in energy efficiency and melting speed. It can melt one ton of copper with just 300 kWh and one ton of aluminum with only 350 kWh. Additionally, this furnace uses an air cooling system instead of a water-cooling system, making installation simpler and operational maintenance more convenient.
Key Features:
- Energy Efficient: 90%+ energy utilization
- Air Cooling System: No complex water setup
- Optional Tilt Mechanism: Available in both electric and manual options
- Quick and Uniform Melting
2. Core Technology: Electromagnetic Resonance Heating
How does Electromagnetic Resonance Heating work?
Electromagnetic resonance heating directly converts electrical energy into heat within the metal. By using electromagnetic resonance, this furnace minimizes energy loss associated with conduction or convection, reaching energy utilization rates of over 90%. This high-efficiency heating means faster, consistent melts with reduced energy consumption.
3. Precision Temperature Control with PID System
The PID (Proportional-Integral-Derivative) temperature control system continuously monitors furnace temperature, comparing it with the target. If there’s any temperature deviation, the PID system automatically adjusts the heating power. This setup ensures stable temperatures, which is critical for maintaining metal quality and preventing defects.
Advantages of PID Control:
- Consistent Quality: Minimizes temperature fluctuations, ensuring uniform melts
- Suitable for Sensitive Melts: Ideal for precision casting applications
- Improved Efficiency: Reduced power wastage
4. Advanced Variable Frequency Start-up Protection
To reduce the stress on the equipment and power system, our casting furnace employs a variable frequency start-up mechanism. This feature limits the initial surge of current when starting, which helps extend the lifespan of both the furnace and the power grid it’s connected to.
|
Copper Capacity |
Power |
Melting time |
Outer diameter |
Voltage |
Frequency |
Working temperature |
Cooling method |
|
150 KG |
30 KW |
2 H |
1 M |
380V |
50-60 HZ |
20~1300 ℃ |
Air cooling |
|
200 KG |
40 KW |
2 H |
1 M |
||||
|
300 KG |
60 KW |
2.5 H |
1 M |
||||
|
350 KG |
80 KW |
2.5 H |
1.1 M |
||||
|
500 KG |
100 KW |
2.5 H |
1.1 M |
||||
|
800 KG |
160 KW |
2.5 H |
1.2 M |
||||
|
1000 KG |
200 KW |
2.5 H |
1.3 M |
||||
|
1200 KG |
220 KW |
2.5 H |
1.4 M |
||||
|
1400 KG |
240 KW |
3 H |
1.5 M |
||||
|
1600 KG |
260 KW |
3.5 H |
1.6 M |
||||
|
1800 KG |
280 KW |
4 H |
1.8 M |
5. Key Advantages of Our Casting Furnace
| Feature | Description |
|---|---|
| Fast Heating | Electromagnetic resonance generates direct heat within the crucible. |
| Extended Crucible Lifespan | Uniform heat distribution reduces thermal stress, increasing durability by 50%. |
| User-Friendly Automation | One-click operation with automated control systems, reducing human error. |
| Compact Design | Air cooling reduces setup complexity, saving installation time. |
This furnace’s efficient design minimizes downtime, maximizes productivity, and significantly lowers operational costs.
6. Target Audience & Key FAQ
Who is this furnace designed for?
This casting furnace is ideal for B2B buyers in the metal casting, foundry, and manufacturing industries, especially those seeking high-efficiency and low-maintenance solutions for melting copper, aluminum, and other metals.
Frequently Asked Questions:
- What type of cooling system does it use?
- This furnace uses an air cooling system, which simplifies installation and avoids water-related maintenance issues.
- How much energy does it consume to melt metals?
- It requires 300 kWh to melt a ton of copper and 350 kWh to melt a ton of aluminum, representing significant energy savings.
- Is there an option for automated pouring?
- Yes, an optional electric tilting mechanism is available, along with a manual option for those who prefer more control.
- How does the PID temperature control benefit my operations?
- It ensures precise, stable temperature regulation, reducing the risk of over- or under-heating, which directly improves product quality.
7. Why Choose Us
Our casting furnaces combine exceptional energy efficiency, ease of use, and automation, tailored to meet the needs of professional buyers in the industrial sector. With a strong network across the USA, Germany, Asia, and the Middle East, we deliver reliable, high-performance products backed by robust support.
When you choose us, you gain:
- Industry-Leading Expertise: Over two decades of innovation in furnace technology
- Global Reach: Established partnerships in key markets worldwide
- Customized Solutions: OEM options and personalized service tailored to your unique needs
- Dedicated After-Sales Service: Installation support, training, and technical assistance
With our commitment to quality, innovation, and customer satisfaction, we’re ready to support your business with the best casting furnace solutions available.
