Split vertical ingot melting furnace

Release time: 2025-03-12 19:24:08  Number of views: 530

The split vertical ingot melting furnace is a specially designed equipment for melting and casting metal materials, particularly suitable for scenarios that require high-quality alloy production under strict control conditions. When this smelting furnace is equipped with a material stirring system and four automatic rotating crucibles are configured in the lower feeding section, its functionality and flexibility are further enhanced.

Application areas:
Metallurgical Industry
Produce high-quality alloy ingots, such as nickel based superalloys, titanium alloys, etc., for use in aerospace, automotive manufacturing, and other fields.

material science
Study the melting and casting processes of new materials, and explore the changes in their physical and chemical properties.
Electronics and Semiconductors
Preparation of high-purity metals and alloys for manufacturing semiconductor devices and electronic products.

energy sector
Produce special alloys and materials for use in nuclear energy, solar cells, and other fields.
Machinery manufacturing

Manufacturing high-strength and wear-resistant mechanical parts to improve product performance and lifespan.



product details

Equipment features:
1. Split design
Modular structure: The heating section, crucible section, and control system are independently designed for easy maintenance, upgrading, and customization.

2. Material mixing system
Uniform mixing: Equipped with a stirring device, the melt can be stirred during the melting process to ensure uniform distribution of components and improve alloy quality.
Adjustable speed control: According to different material characteristics and process requirements, the mixing speed can be adjusted to achieve the best mixing effect.

3. Four automatic rotating crucibles
Designed with four crucibles taking turns for feeding, melting, and casting, achieving a continuous and uninterrupted production process.
High degree of automation: automatic rotation, positioning, and casting operations of the crucible are achieved through programming control, reducing manual intervention and improving operational accuracy.

4. Efficient heating system
Heating method: Resistance wire is used as the heating element to ensure efficient energy conversion and uniform heating effect.

5. Precise temperature control and atmosphere control
PID temperature control system: using a PID controller to achieve precise temperature control, ensuring temperature stability and consistency during the melting process.
Inert gas protection: supports operation in an inert gas environment (such as argon, nitrogen) to prevent sample oxidation or other chemical reactions.

6. Safety and Maintenance
Over temperature protection: Built in over temperature protection device, automatically cuts off power when the temperature rises abnormally, preventing equipment damage.
Emergency stop button: Set up a clear emergency stop button to ensure the safety of operators.

Equipment name

Split vertical ingot melting furnace

Equipment model

NBD-PL1100-207TI5LN

power supply

Three phase 380V 50HZ

rated power

12KW

Furnace temperature control accuracy

±1℃

Temperature control sensor

K-type thermocouple with a diameter of 2 * 280mm

Tmax

800℃

Recommended heating rate

5℃/min

Size of furnace temperature zone

φ250*430mm

Melting crucible material and size

310S stainless steel with an inner diameter of φ 207 * 330mm and an effective volume of 5L

Pneumatic high-temperature ball valve diameter for material discharge


φ20

Pneumatic valve inlet pipe diameter

Outer diameter φ 8

Pneumatic valve working pressure

0.5-1MPa

Material mixing rotation speed

200-500r/min

Number of mixing rod blades

3个

Mixing rod lifting stroke

100mm

Quantity of feeding crucibles

4 (automatic rotating workstations)

Horizontal push-pull travel

500mm

Furnace body size

Length 1690 * Height 1770 * Depth 700mm

Furnace weight

Approximately 440KG (including control cabinet)

control system

1. Sintering process curve setting: dynamically display the set curve, and the equipment sintering can pre store multiple process curves, each of which can be freely set;
2. Pre order sintering is available to achieve unmanned sintering process curve sintering;
3. Real time display of sintering power, voltage and other information, recording of sintering data, and the ability to export for paperless recording;
4. Capable of remote control and real-time observation of equipment status;
5. Temperature correction: The difference between the main control temperature and the sample temperature is nonlinearly corrected throughout the sintering process.

Equipment Details


Four automatic rotating crucibles can achieve continuous operation, with each crucible completing the processes of feeding, melting, and casting in sequence, significantly improving production efficiency.

heating element

          

HRE alloy resistance wire



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Contact Us
Sale Service: 0371-6320 2801
                      0371-6320 2805
After-sales service: 0371-6320 2805
MR. CAI: 181-0371-5723
Email : nbd@nbdkj.com
Address:8# zhuyuan, Xinhua subdistrict, Xinzheng, Zhengzhou, China
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