The store will not work correctly in the case when cookies are disabled.
JavaScript seems to be disabled in your browser. For the best experience on our site, be sure to turn on Javascript in your browser.
We use cookies to make your experience better. To comply with the new e-Privacy directive, we need to ask for your consent to set the cookies. Privacy Policy .
Allow Cookies
AIVAF Vacuum ARC Furnace (Call for Pricing) Product Video
Videos AIVAF Vacuum ARC Furnace Quick Overview
Call for Pricing
The AIVAF metal melting furnace stands as a compact arc melting furnace, adept at transforming alloy ingots through multiple smelting cycles while preserving the controlled atmosphere intact. It facilitates the preparation of numerous samples concurrently, making it an optimal apparatus for universities and research institutes engaged in the creation of refractory metal and metal carbide samples.
Specifications AIVAF300 Vacuum Arc Furnace
Model
AF-50
AF-70
Operating Current
500A
1200A
Arc Ignition Method
High Frequency Ignition
High Frequency Ignition
Arc Gun Electrode (Cathode)
Tungsten Needle
Tungsten Needle
Maximum Melting Temperature
3000°C (Capable of melting various refractory metals)
3000°C (Capable of melting various refractory metals)
Chamber Vacuum Level (Molecular Pump System)
Ultimate Vacuum: 6.67 × 10⁻⁴ Pa
System Leak Rate: Less than 5.0 × 10⁻⁷ Pa·L/s
Pumping Performance: Reaches 5 × 10⁻³ Pa within 30 minutes of atmospheric pressure.
Ultimate Vacuum: 6.67 × 10⁻⁴ Pa
System Leak Rate: Less than 5.0 × 10⁻⁷ Pa·L/s
Pumping Performance: Reaches 5 × 10⁻³ Pa within 30 minutes of atmospheric pressure.
Purging Gases
Helium (He), Argon (Ar), 5% H₂ + 95% Ar
Helium (He), Argon (Ar), 5% H₂ + 95% Ar
Gas Purging Required During Operation
High-Purity Argon (5N) or 5% H₂ + 95% Ar Required During Metal Melting Process
High-Purity Argon (5N) or 5% H₂ + 95% Ar Required During Metal Melting Process
Arc Melting Vacuum Chamber
Horizontal Cylindrical Vacuum Chamber Specifications
Chamber Dimensions: φ300mm × 340mm
Lid Opening: Electrically operated horizontal lift
Cooling Structure: Double-layer water-cooled design
Material: Stainless steel, argon arc welded, surface sandblasted
Sealing: Metal gaskets or Viton O-rings
Flange and Interface Configurations:
Observation Window: Dia 80mm × 1
Molecular Pump Connection Flange: LF100 × 1
Gauge Tube Connection Flange: KF16 × 2
Gas Inlet & Suction Casting Flange: KF16 × 1
Mechanical Pump Connection Flange: KF25 × 2
Pressure Gauge Interface: × 1
Manipulator Interface: × 1
Illumination Window: Dia 50mm × 1
Arc Gun Interface (Arc Melting Cathode): × 1
Horizontal Cylindrical Vacuum Chamber Specifications
Chamber Dimensions: φ400mm × 320mm
Lid Opening: Electrically operated horizontal lift
Cooling Structure: Double-layer water-cooled design
Material: Stainless steel, argon arc welded, surface sandblasted
Sealing: Metal gaskets or Viton O-rings
Flange and Interface Configurations:
Observation Window: Dia 80mm × 1
Molecular Pump Connection Flange: FJ620 × 1
Gauge Tube Connection Flange: KF16 × 2
Gas Inlet & Suction Casting Flange: KF16 × 2
Mechanical Pump Connection Flange: KF40 × 1
Pressure Gauge Interface: × 1
Manipulator Interface: × 1
Illumination Window: Dia 50mm × 1
Arc Gun Interface (Arc Melting Cathode): × 1
Arc Melting Anode
Water-Cooled Electrically Lifted Arc Gun: 1 Set (Non-Contact Arc Ignition)
Water-Cooled Electrically Lifted Arc Gun: 1 Set (Non-Contact Arc Ignition)
Suction Casting Chamber
Suction Casting Chamber: 1 Unit
Mold Interface: 1 (Diameter 6mm)
Suction Casting Chamber: 1 Unit
Mold Interface: 1 (Diameter 6mm)
Water-Cooled Copper Crucible (Arc Melting Anode)
Number of Positions : 5 positions (hemispherical recess SR25)
· 3 Alloy Melting Positions : Equipped with magnetic stirring
· 1 Ingot Casting Position
· 1 Degassing Position
· Melting Sample Weight : ≤50g per position (calibrated with iron)
· Magnetic Stirring Coils : 3 pieces
Arc Melting Anode Configuration
· 5 Workstations (Hemispherical Cavities, SR35):
· 3 Alloy Melting Stations (with magnetic stirring)
· 1 Suction Casting Station
· 1 Degassing Melting Station
Each workstation has a 35mm radius hemispherical crucible
Alloy Melting Sample Weight: 300-400g (based on molten iron)
· Magnetic Stirring Coils: 3 Units
Manipulator
Used for flipping alloy ingots under vacuum conditions.
Used for Flipping Alloy Ingots Under Vacuum
Power Supply
25 KW 50/60HZ, 480V 3-Phase
66KW, 50/60HZ , 480v 3-Phase
Rated Input Current
40A
100A
Rated Output current
500A
1200A
Rated Output Voltage
30A
44V
Rated No-Load Voltage
84V
76V
Output Current Adjustment Range
5-500A
100-1200
Model
GD-J100B
High Vacuum baffle valve
KF25
KF40
Bellows
KF25x1m
KF40x1m
Bypass Valve
KF40
KF40
Turbo Molecular Pump
Model
FF-300
FF-160/620C
Voltage
220V
220V
Inline Voltage
DN100
DN160
Pumping Speed (air) L/S
300
600
Molecular Pump Ultimate Pressure (Pa)
2.5x10^-6
6x10^-6
Cooling Method
Water
Water
Cooling Water Pressure (Mpa)
0.1-0.2
0.1-0.2
Cooling Water Temperature
<25℃
<25℃
Compression Ratio
10^9 – N2 10^5 - H2
109
Ambient Temperature
5-40℃
5-40℃
Recommended Starting Pressure
<100Pa
<100Pa
Foreline Pump
Power (KW)
0.75
1.5
Pumping Speed (L/S)
8 L/s
8 L/s
Voltage
480V, 3-Phase
480V, 3-Phase
Speed
1450 RPM
1450 RPM
Inlet Diameter
KF25/KF40
KF40
Ultimate Vacuum (Pa)
4 x 10^-2
4 x 10^-2
Compound Vacuum Gauge
Model
ZDF-III
ZDF-III
Power
220 55W
220 55W
Control Accuracy
± 1%
± 1%
Vacuum Range
10^-5 Pa – 10^5 pa
10^-5 Pa – 10^5 pa
Standard Packages Standard Package
Overview Call for Pricing
The AIVAF metal melting furnace stands as a compact arc melting furnace, adept at transforming alloy ingots through multiple smelting cycles while preserving the controlled atmosphere intact. It facilitates the preparation of numerous samples concurrently, making it an optimal apparatus for universities and research institutes engaged in the creation of refractory metal and metal carbide samples.
Copyright © 2008-2023 Across International. All rights reserved.