Crucible furnace

1. According to different energy classifications:
(1) Gas crucible furnace
The use of natural gas or liquefied gas as energy has the characteristics of fast heating and low energy cost. Suitable for scenarios that require high heating efficiency and flexibility.
(2) Diesel crucible furnace
Powered by diesel, it provides powerful heating capacity and is suitable for areas with unstable power supply, especially performing well outdoors or in small workshops.
(3) Resistance wire crucible furnace
Using resistance wire heating, precise temperature control, suitable for occasions with high requirements for metal melting quality, such as precision casting of non-ferrous metals such as aluminum and copper.
(4) Inductive crucible furnace
By directly heating metals through electromagnetic induction, the melting speed is fast, the energy utilization rate is high, and pollution is reduced, making it particularly suitable for applications with strict requirements for metal purity.
2. Classify according to different application scenarios:
(1) Casting crucible furnace
Specially designed for the casting industry, it can work for a long time at high temperatures to ensure the fluidity and purity of the melted metal, suitable for the production of metal castings such as aluminum and copper.
(2) Die casting crucible furnace
Suitable for the die-casting industry, it can quickly melt and maintain insulation, ensuring that the metal has good physical properties and chemical stability during high-pressure injection molding.
(3) Pouring crucible furnace
Designed as a tilting structure, it facilitates the direct pouring of molten metal into the mold, improves operational efficiency, and is suitable for the production of low melting point metals such as zinc and aluminum.
3.According to different metal classifications
(1) Zinc metal crucible furnace
Focusing on the melting and insulation of zinc, it can accurately control the melting temperature, reduce the volatilization loss of zinc, and lower the generation of slag, suitable for the galvanizing and die-casting industries.
(2) Copper metal crucible furnace
Providing high-temperature melting capability, suitable for melting copper alloys such as brass and bronze, ensuring uniform heating of the metal, reducing oxidation, and improving casting quality.
(3) Aluminum metal crucible furnace
Specially designed for aluminum and aluminum alloys, it has fast heating and efficient insulation capabilities, reduces metal oxidation, ensures high purity of aluminum products, and is widely used in the fields of recycled aluminum and casting.

4. Product advantages

(1) Flexible adaptability
Flexible configuration based on different energy sources, application scenarios, and metal types to meet the diverse needs of customers.
(2) Efficient and energy-saving
Adopting advanced heating technology to improve energy efficiency, reduce production costs, and minimize environmental pollution.
(3) Precise temperature control
Equipped with an intelligent temperature control system to ensure the stability of the metal melting process and improve the quality of castings.
(4) Strong durability
The crucible material is resistant to high temperatures and corrosion, and the equipment design has a long service life, reducing long-term maintenance costs.