Non Consumable Vacuum Electric Arc Melting Furnace
1. Non consumable vacuum arc melting furnace uses tungsten needle as arc electrode. Tungsten has a very high melting point and the arc temperature can reach up to 3500℃.
2. Non consumable vacuum arc melting furnace can melt almost all metals.
3. During the operation of non consumable vacuum arc furnace, a circulating water cooler is required to cool the vacuum chamber, arc electrode and copper crucible to ensure that the temperature of the vacuum chamber is not too high and the arc electrode and copper crucible are not melted.
- Shenyang Kejing
- Shenyang, China
- 22 working days
- 50 sets
- Information
Introduction of non consumable vacuum arc melting furnace:
The SP-MSM1000 High-Vacuum Arc Melting Furnace is a large-scale high-vacuum melting system that supports multiple melting stations and can be optionally equipped with magnetic stirring, suction casting, or pour casting functions. The maximum melting capacity per station is up to 1000 g (calibrated with iron), making it suitable for the research and development of next-generation alloy materials.
The furnace employs a non-consumable arc melting method combined with a high-vacuum environment and inert gas protection, enabling high-temperature melting, precise mixing, and high-purity preparation of samples. The system features a robust structure and flexible configuration, and is widely used in universities, research institutes, and other institutions for high-temperature metal research and experimental material preparation.
Advantages of vacuum non consumable electrode arc furnace:
1. Double-layer water-cooled stainless steel chamber for a robust structure, achieving a vacuum level of up to 10⁻⁵ Torr.
2. Equipped with water-cooled copper crucibles, supporting customizable multi-station configurations to meet diverse sample preparation needs.
3. Arc electrodes are motor-driven, providing smooth and precise vertical movement, enhancing melting control accuracy.
4. Fitted with a mechanical flipping lever, allowing multiple sample flips under high-vacuum or inert gas conditions to effectively improve alloy homogeneity.
Technical parameters of large capacity non consumable vacuum arc furnace:
| Product name | SP-MSM1000 Large Capacity Non Consumable Vacuum Arc Furnace | |||
| Product model | SP-MSM1000 | |||
| Main parameters | Power Supply Configuration (Optional Based on Requirements) · Rated Power: 15 kW, 50/60 Hz, AC 380 V, three-phase · Maximum Arc Starting Current: 800 A Melting Chamber · Chamber Structure: Double-layer water-cooled, made of SS304 stainless steel · Chamber Dimensions: Ø400 mm × 350 mm, equipped with a high-strength quartz observation window · Ultimate Vacuum: Up to 10⁻⁶ Torr (cold state, with matched turbomolecular pump system) · Gas Protection: High-purity argon gas (≥ 99.999%) must be supplied to maintain the arc melting atmosphere · Melting Temperature: Maximum up to 3500 °C | |||
Water-Cooled Copper Crucible (Optional Based on Requirements)
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Optional Suction-Casting Module Standard mold size: Ø8 × 75 mm | Optional Pour-Casting Module | Optional magnetic stirring function available | ||
Vacuum Pump System · Equipped with a high-performance turbomolecular pump system, capable of achieving a vacuum level of 10⁻⁵ Torr in the melting chamber. | ||||
Circulating water chiller. · Equipped with a KJ-6200 chilled water circulation unit, providing efficient cooling for the melting chamber, water-cooled copper crucible, and tungsten electrodes, ensuring long-term stable operation of the equipment. |
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Product specifications (estimated size): · Size: 800mm×1200mm×1800mm. |  | |||
About us:
Shenyang Kejing is committed to providing high-quality products and services to well-known universities and research institutions at home and abroad, covering experimental equipment, scientific research support and educational resource cooperation, to help promote scientific research innovation and talent training. Our goal is to work closely with academia to advance technology and education.
