Foirnéise Leáphointe Fholúis

Foirnéise Leáphointe Fholúis

A vacuum melting furnace is a high-end furnace used for melting metals in a vacuum or inert gas protected environment. By using the principle of medium-frequency electromagnetic induction (i.e., induction melting furnace) to heat and melt metals, oxidation, gas inclusions and impurity contamination can be effectively avoided, thereby obtaining high-purity metal materials.

This equipment is widely used in the preparation of high-end alloys, new materials, and special metals, significantly improving the quality and performance of materials. It is an important piece of equipment for research institutions and high-end manufacturing industries.

Gnéithe Táirge (Foirnéise Leáphointe Fholúis)

1. Medium-frequency electromagnetic induction heating for uniform melting

This vacuum melting furnace utilizes the principle of medium-frequency electromagnetic induction to melt metal under vacuum or inert gas protection. Induction heating causes the metal to heat up itself, resulting in rapid melting, uniform temperature, and good alloy composition consistency.

2. Vacuum and atmosphere protection options available

Melting can be performed in a vacuum environment, effectively removing gases and impurities from the metal; alternatively, inert gases such as nitrogen or argon can be introduced for protective melting to prevent metal oxidation. Suitable for melting highly reactive metals such as titanium alloys, cóimhiotail ardteochta, and special steels.

3. High vacuum degree for degassing and impurity removal

Equipped with a high vacuum system, the vacuum degree can reach a high level, effectively removing gases such as hydrogen, oxygen, and nitrogen, as well as volatile impurities, from the molten metal, improving metal purity and density.

4. Rapid Melting, High Production Efficiency

Medium-frequency induction heating provides rapid temperature rise, significantly shortening the melting cycle compared to resistance heating furnaces, thus improving production efficiency and reducing energy consumption.

5. Safe, Reliable, and Easy to Operate

Equipped with a full stainless steel vacuum chamber and an observation window for real-time monitoring of the melting status. The integrated control system features a user-friendly interface and multiple safety interlock protections.

6. Customizable Capacity

Melting capacity can be customized according to user needs, ranging from a few kilograms at the laboratory level to hundreds of kilograms at the industrial level.

Réimsí Iarratais (Foirnéise Leáphointe Fholúis)

• Special Alloy Melting: Suitable for vacuum melting and casting of special alloys such as titanium alloys, nickel-based superalloys, cobalt-based alloys, and precision alloys.
• High-Purity Metal Preparation: Suitable for the purification and melting of precious metals and high-purity metals such as high-purity copper, high-purity aluminum, high-purity gold, and high-purity silver, removing impurities and improving purity.
• Ábhair Maighnéadacha: Suitable for vacuum melting and alloying of rare earth permanent magnet materials such as neodymium iron boron and samarium cobalt, ensuring consistent magnetic properties.
• Special Steel Smelting: Suitable for vacuum melting and refining of special steels such as mold steel, cruach dhosmálta, heat-resistant steel, and bearing steel, removing harmful gases and inclusions.
• Master Alloy Preparation: Suitable for vacuum melting of casting master alloys, providing high-quality master alloy ingots for precision casting.
• Precision Casting: Suitable for vacuum melting and precision casting of high-end castings such as aerospace blades, medical implants, and precision mechanical parts.
• Electronic Materials: Suitable for vacuum melting and preparation of high-purity metal targets, bonding wires, evaporation materials, and other electronic materials.
• Precious Metal Recovery: Suitable for vacuum melting, recovery, and purification of precious metals such as gold, airgid, platinum, and palladium, reducing oxidation losses and increasing recovery rates.

Próifíl na Cuideachta

Is fiontar gairmiúil atá ag speisialú i seirbhísí teicneolaíochta cóireála teasa agus an R&D, déantúsaíocht, agus díolachán foirnéisí leictreacha ardteochta.

Díríonn an chuideachta ar fhoirnéisí leictreacha ardteochta a fhorbairt a chlúdaíonn raon teochta iomlán de -100 ℃ go 2600 ℃. Áirítear ar a chuid táirgí foirnéisí leictreacha turgnamhacha, foirnéisí atmaisféar bhfolús, áitheanna tionsclaíochta, agus trealamh téimh ionduchtaithe meánmhinicíochta. I measc na dtáirgí is mó tá foirnéisí bosca, foirnéisí feadán, foirnéisí ardaithe, áitheanna pusher, foirnéisí bogie, áitheanna rothlacha, áitheanna tolláin, agus foirnéisí meán-minicíochta speisialaithe éagsúla.

Cloíonn an chuideachta le nuálaíocht theicneolaíoch agus tá deimhnithe ISO9001 agus CE an AE faighte aici. Is leis 21 trádmharcanna cláraithe, 29 paitinní, agus 27 cóipchearta bogearraí.

Modhanna Íocaíochta

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Modhanna Loingsiú

Tá an foirnéis bun-luchtaithe leictreach pacáistithe i dtrí shraith: fillte ar dtús i páipéar cúr, fillte ansin i scannán plaisteach, agus ar deireadh pacáilte i gcliabhán adhmaid.

Ceisteanna Coitianta (CCanna)

1. What is a Vacuum Melting Furnace?

It is a device for melting metals in a vacuum or protective atmosphere, effectively improving material purity.

2. Why is vacuum melting necessary?

A vacuum environment can prevent metal oxidation and gas contamination, thereby improving the performance and quality of materials.

3. What heating method is used?

It adopts medium-frequency induction heating, which has high heating efficiency and precise control.

4. What is the melting capacity?

From a few kilograms to hundreds of kilograms, customized to your needs.

5. Can it be cast?

Tá. Equipped with a casting system, the melted metal is directly poured into molds.