Product
Medium Frequency Induction Furnace
1. Melting scrap steel and cast iron returns for ductile iron, grey iron and alloy cast iron, to produce automotive housings, chassis parts and engineering machinery castings.
2. Duplex process supporting: After preliminary melting in cupola, the intermediate frequency furnace is used for temperature raising, composition adjustment and refining to stabilize molten iron quality. This is a mainstream solution for many traditional Japanese foundries.
3. Flexible production for small batch & multi variety orders: Frequent grade change overs, suitable for precision castings with diverse specifications, matching Japan’s multi product low volume production mode.
4. Melting non ferrous metals such as copper and aluminium alloys.
5. Integrated with automatic charging, optical spectrometer and automatic pouring equipment. Realize melting data recording and process traceability to meet quality management requirements from automobile manufacturers.
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Heat Holding Furnace
1. Precise temperature control: small temperature fluctuation,
stable casting quality and high yield rate for high-precision casting production.
2. Energy-saving and cost-effective: low power consumption for heat preservation,
greatly reducing long-term production costs.
4.Wide compatibility: match all kinds of die-casting and pouring equipment,
suitable for aluminum, copper, zinc and other non-ferrous metal casting.
4. Stable operation: support 24-hour continuous operation with low failure rate,
ideal for mass and daily production.
5. Easy maintenance: simple structure, less slag accumulation and low later
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Vacuum Medium Frequency Induction
1.Melting special alloys: Ni based superalloys, titanium alloys, high strength alloy steels, precision stainless steels for aerospace, medical devices, semiconductor parts and high performance engineering machinery castings.
2.Master alloy production for rare earth permanent magnets, e.g. NdFeB master alloys.
3.Melting active metals such as Ti, Zr to avoid oxidation and nitridation.
4.Small batch high end castings and R&D trials, covering lab scale units of several kilograms to industrial furnaces of hundreds of kilograms, matching Japan’s high mix low volume production mode.
5.Produce high purity master alloy ingots for downstream remelting.
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Dry-type Transformer
1.Low no-load loss
2.Low noise operation
3.Long service life
4.Excellent overload capacity
5.High fire safety reliability
6.Low maintenance requirement
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Oil-immersed Distribution Transformer
1. Adopts high-permeability silicon steel core, featuring excellent performance, low noise and compact structure.
2. Long transmission distance with low line loss; outdoor installation available, suitable for high-altitude, high-humidity and heavily polluted environments.
3. Optional tap changer stabilizes voltage to guarantee stable power supply for precision equipment.
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