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Browse furnace capabilities by model, size, temperature, pressure, vacuum level, and atmosphere.

Equipment Parameter Comparison

Select up to 4 equipment models to compare size, temperature, pressure, and vacuum level side by side.

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Vacuum furnace piping and flange details

S2 SPS Spark Plasma Sintering Furnace

Advanced Sintering Technology Center / Spark Plasma Sintering (SPS)

Laboratory-grade

Sample size: Φ30-50 mm
Mechanical pressure: 10 T
Press stroke: 100 mm
Heating method: Pulsed DC power supply
Ultimate vacuum: 6.7×10⁻³Pa
Maximum temperature: 2400°C

S4 SPS Spark Plasma Sintering Furnace

Advanced Sintering Technology Center / Spark Plasma Sintering (SPS)

Laboratory-grade

Sample size: Φ120 mm
Mechanical pressure: 50 T
Press stroke: 100 mm
Heating method: Pulsed DC power supply
Ultimate vacuum: 5 Pa
Maximum temperature: 2200°C

S-300 SPS Spark Plasma Sintering Furnace

Engineering Center / Spark Plasma Sintering (SPS)

Industrial-grade

Sample size: Φ300 mm
Effective working area: Φ400×800 mm
Mechanical pressure: 300 T
Press stroke: 200 mm
Heating method: Pulsed DC power supply
Vacuum level: 5 Pa
Working temperature: 2200°C

P2GR24 Vacuum Hot Pressing Furnace

Advanced Sintering Technology Center / Vacuum Hot Pressing Sintering

Laboratory-grade

Sample size: Φ20-80 mm
Mechanical pressure: 30 T
Press stroke: 160/100 mm
Heating material: Isostatic graphite
Ultimate vacuum: 6.7×10⁻³Pa
Maximum temperature: 2400°C

P3VGR22 Vacuum Hot Pressing Furnace

Advanced Sintering Technology Center / Vacuum Hot Pressing Sintering

Laboratory-grade

Sample size: Φ160 mm
Mechanical pressure: 100 T
Press stroke: 370 mm / +100 mm / -100 mm
Heating material: Isostatic graphite
Ultimate vacuum: 6.7×10⁻³Pa
Maximum temperature: 2200°C

P5VGR22 Vacuum Hot Pressing Furnace

Engineering Center / Vacuum Hot Pressing Sintering

Industrial-grade

Sample size: Φ300 mm
Effective working area: Φ500×700 mm
Mechanical pressure: 300 T
Press stroke: +200 mm / -200 mm
Heating material: Isostatic graphite
Vacuum level: 6.7×10⁻³Pa
Working temperature: 2200°C

H2MO14 Hydrogen Furnace

Advanced Sintering Technology Center / Hydrogen Atmosphere Sintering

Laboratory-grade

Chamber size: 200×200×300 mm
Heating element: Molybdenum strip
Ultimate vacuum: 6.7×10⁻³Pa
Maximum temperature: 1400°C
Atmosphere: Nitrogen / Hydrogen / Argon

H2W20 Hydrogen Furnace

Advanced Sintering Technology Center / Hydrogen Atmosphere Sintering

Laboratory-grade

Chamber size: 200×200×300 mm
Heating element: Tungsten strip
Ultimate vacuum: 6.7×10⁻³Pa
Maximum temperature: 2000°C
Atmosphere: Nitrogen / Hydrogen / Argon

V2GR20 Vacuum / Atmosphere / Debinding Furnace

Advanced Sintering Technology Center / Vacuum/Atmosphere/Debinding Sintering

Laboratory-grade

Chamber size: 200×200×300 mm
Heating material: Isostatic graphite
Ultimate vacuum: 6.7×10⁻³Pa
Maximum temperature: 2000°C
Atmosphere: Argon / Nitrogen
Insulation material: Graphite felt

V2MS17 Vacuum / Atmosphere / Debinding Furnace

Advanced Sintering Technology Center / Vacuum/Atmosphere/Debinding Sintering

Laboratory-grade

Chamber size: 200×200×300 mm
Heating material: Molybdenum disilicide
Ultimate vacuum: 6.7×10⁻³Pa
Maximum temperature: 1700°C
Atmosphere: Hydrogen / Argon / Nitrogen
Insulation material: Alumina fiber ceramic

G2VGR20 Gas Pressure Sintering Furnace

Advanced Sintering Technology Center / Gas Pressure Sintering (GPS)

Laboratory-grade

Furnace chamber size: Φ200×250 mm
Maximum pressure: 9.8 MPa
Heating material: Isostatic graphite
Ultimate vacuum: 10 Pa
Maximum temperature: 2000°C
Maximum load: 50 kg

I2CC20 Hot Isostatic Press

Advanced Sintering Technology Center / Hot Isostatic Pressing (HIP)

Laboratory-grade

Chamber size: Φ200×250 mm
Gas pressure: 200 MPa
Heating element: Carbon-carbon
Ultimate vacuum: 10 Pa
Maximum temperature: 2000°C
Operating environment: High-purity argon, 800-2000°C, 100-200 MPa
Maximum load: 50 kg

D2MO14 Vacuum Diffusion Bonding Furnace

Specialty Welding Technology Center / Vacuum Diffusion Bonding

Laboratory-grade

Chamber size: 200×200×300 mm
Mechanical pressure: 5 T
Press stroke: 100 mm
Platen size: 120×120 mm
Heating material: Molybdenum strip
Ultimate vacuum: 6.7×10⁻⁴Pa
Maximum temperature: 1400°C

D2GR20 Vacuum Diffusion Bonding Furnace

Specialty Welding Technology Center / Vacuum Diffusion Bonding

Laboratory-grade

Chamber size: 200×200×300 mm
Mechanical pressure: 5 T
Press stroke: 100 mm
Platen size: 120×120 mm
Heating material: Isostatic graphite
Ultimate vacuum: 6.7×10⁻³Pa
Maximum temperature: 2000°C

D4MO14 Vacuum Diffusion Bonding Furnace

Engineering Center / Vacuum Diffusion Bonding

Industrial-grade

Mechanical pressure: 150 T
Press stroke: 100 mm
Platen size: 400×400 mm
Heating material: Molybdenum strip
Vacuum level: 6.7×10⁻⁴Pa
Working temperature: 1400°C
Gas cooling pressure: 2 bar

V2MO13 Vacuum Brazing Furnace

Specialty Welding Technology Center / Vacuum Brazing

Laboratory-grade

Chamber size: 200×200×300 mm
Heating material: Molybdenum strip
Ultimate vacuum: 6.7×10⁻⁴Pa
Maximum temperature: 1300°C
Temperature uniformity: ±3°C

V4MO13 Vacuum Brazing Furnace

Engineering Center / Vacuum Brazing

Industrial-grade

Effective working area: 400×400×600 mm
Heating material: Molybdenum strip
Ultimate vacuum: 6.7×10⁻⁴Pa
Working temperature: 1300°C
Maximum load: 100 kg
Temperature uniformity: ±3°C