Foshan Zhenyang Automation Science And Technology Co.,
Infrared Wave Zinc Melting Furnace Infrared Wave Zinc Melting Furnace Infrared Wave Zinc Melting Furnace Infrared Wave Zinc Melting Furnace Infrared Wave Zinc Melting Furnace Infrared Wave Zinc Melting Furnace
Infrared Wave Zinc Melting Furnace
Infrared Wave Zinc Melting Furnace Infrared Wave Zinc Melting Furnace Infrared Wave Zinc Melting Furnace Infrared Wave Zinc Melting Furnace Infrared Wave Zinc Melting Furnace

Infrared Wave Zinc Melting Furnace

Product Details:

  • Diameter Melting chamber: 1000 mm
  • Phase Three Phase
  • Shape Rectangular with cylindrical melting chamber
  • Product Type Infrared Wave Zinc Melting Furnace
  • General Use Industrial zinc melting and casting
  • Material Stainless Steel / Cast Iron
  • Type Infrared wave furnace
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Infrared Wave Zinc Melting Furnace Price And Quantity

  • 1 Set
  • 60-90 minutes per batch
  • Onsite installation & training available
  • Infrared wave ceramic heaters
  • Up to 50°C
  • Hydraulically operated
  • Forced air cooling
  • Over-temperature protection, emergency stop switch
  • High-efficiency ceramic fiber lining
  • Floor-mounted
  • Approx. 10-15 kW/hr
  • 400°C to 800°C

Infrared Wave Zinc Melting Furnace Product Specifications

  • 3000 mm x 1800 mm x 2000 mm
  • Approx. 2500 kg
  • Industrial zinc melting and casting
  • Silver Gray
  • Three Phase
  • 380 V / 440 V
  • Stainless Steel / Cast Iron
  • Available on request
  • Yes
  • ISO 9001:2015 certified
  • Efficient energy utilization, rapid and uniform melting
  • Yes
  • Yes
  • Infrared Wave Zinc Melting Furnace
  • 1C temperature control
  • PLC based
  • Melting chamber: 1000 mm
  • High-temperature resistant paint
  • Up to 1500 kg per batch
  • Rectangular with cylindrical melting chamber
  • Infrared wave furnace
  • 60-90 minutes per batch
  • Onsite installation & training available
  • Infrared wave ceramic heaters
  • Up to 50°C
  • Hydraulically operated
  • Forced air cooling
  • Over-temperature protection, emergency stop switch
  • High-efficiency ceramic fiber lining
  • Floor-mounted
  • Approx. 10-15 kW/hr
  • 400°C to 800°C

Infrared Wave Zinc Melting Furnace Trade Information

  • Cash in Advance (CID), Letter of Credit at Sight (Sight L/C), Telegraphic Transfer (T/T), Western Union
  • 30 Set Per Month
  • 30 Days
  • Standard Exporting Package
  • Asia, Australia, Central America, North America, South America, Eastern Europe, Western Europe, Middle East, Africa
  • All India
  • CE Certificate

Product Description

LK Hot Chamber Die Casting Machine Melting Furnace

 

Specification

Crucible Capacity

Machine Tonnage

Power

Melting Speed

IWF2

450KG

88T

24kw

180kg/h

IWF4

550KG

160T

30kw

200kg/h

IWF6

800KG

200T

45kw

250kg/h

 


1.Adopt infrared wave heating technology;the heating elements put inside crucible with less heat loss and high thermal efficiency.

2.Melting speed is much faster;melting 550kg zinc alloy to 420C just need two hours and electricity consumpation is 48KW.H,which could save much cost and time compared with tranditional resistance furnace.

3.Use high quality voltage regulator;without any PCB,the circuit failure rate is much lower

4.The crucible welded with 316 stainless steel;with longer service life and high efficiency.

5.Namometer temperature holding material could hold temperature effectively

6.Easy operation;high temperature control precision,which is more energy saving and environment friendly.

 



Efficient Energy Utilization and Uniform Zinc Melting

With infrared wave ceramic heaters and a sophisticated PLC control system, this furnace delivers rapid, even heating. The high-efficiency ceramic fiber lining minimizes heat loss, leading to impressive energy savings and consistent quality throughout the zinc melting process. Automatic, computerized controls further enhance operational efficiency and melting uniformity, making it suitable for high-volume industrial casting tasks.


Advanced Safety and User-Friendly Operation

Safety is paramount with built-in over-temperature protection and an emergency stop switch. The hydraulically operated door allows secure, effortless loading and unloading, while forced air cooling maintains optimal ambient and component temperature. The touch-screen interface simplifies monitoring and management, supporting safe and efficient workflow for operators at all levels.


Robust Design for Industrial Demands

Designed for heavy-duty, floor-mounted installation, this furnace boasts a stainless steel or cast iron framework with high-temperature resistant paint, ensuring durability in demanding environments. The rectangular body and cylindrical melting chamber maximize batch capacity. Onsite installation and training services further facilitate seamless setup and integration into your production line.

FAQs of Infrared Wave Zinc Melting Furnace:


Q: How does the infrared wave ceramic heating technology benefit the zinc melting process?

A: Infrared wave ceramic heaters provide rapid, uniform heating, improving melting efficiency and reducing energy consumption. This technology ensures consistent temperature control, minimizing zinc oxidation and enhancing metal quality.

Q: What is the recommended operating temperature range for this furnace?

A: The furnace operates effectively between 400C and 800C, making it ideal for industrial zinc melting and casting requirements requiring precise thermal management.

Q: When can the furnace be installed and is onsite support available?

A: Installation is scheduled according to customer needs, with onsite installation and training included. Our service team ensures the furnace is correctly set up and that your staff is fully trained for operation and safety.

Q: Where is this furnace typically used and who are the target users?

A: This furnace is widely used in industrial settings, such as foundries and metal casting plants. It is designed for distributors, exporters, manufacturers, suppliers, and traders, particularly those in the zinc processing and casting industry.

Q: What are the main process steps while operating the furnace for zinc melting?

A: The process involves loading zinc into the melting chamber, programing the desired temperature via the touch-screen PLC system, initiating the melting cycle, and monitoring progress until the batch is complete (60-90 minutes per cycle). The hydraulic door and cooling system ensure safe batch handling.

Q: How does the PLC control system enhance usage?

A: The PLC-based system offers programmable control, automatic operation, precise temperature and cycle management, and touch-screen interaction. This enables streamlined workflows, consistent batch results, and straightforward adjustment to process parameters.

Q: What benefits does forced air cooling provide during furnace operation?

A: Forced air cooling maintains a stable ambient and chamber temperature, preventing overheating of components and prolonging equipment lifespan. It also enables quick cooling stages, improving safety and increasing overall efficiency.

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