MIM metal injection molding alloys
- 316L / 304 / 17-4PH stainless steel
- Fe-Ni and Fe-Co magnetic alloys
- Ti-6Al-4V
- Inconel 718 / 625
- W-Cu alloys
Advanced Sintering
Vacuum/Atmosphere/Debinding Sintering
Integrated debinding and sintering in vacuum with excellent batch consistency.
What This Process Solves
Integrated debinding and sintering in vacuum with excellent batch consistency.
High stability
Good uniformity
Fast heating
High safety
Strong expandability
Suitable Materials & Applications
CIM ceramic injection molding
- Al2O3, ZrO2, SiC, Si3N4, piezoelectric and dielectric ceramics
Cemented carbide and powder metallurgy
- Ultra-fine WC-Co cemented carbide
- Metal ceramics
- High-speed steel
Carbon and new-energy materials
- High-purity graphite
- Carbon nanotubes
- Graphene
- Lithium battery electrode materials
- Supercapacitor materials
Precious and refractory materials
- Gold, silver, platinum, and palladium parts
- Precision brass and bearing steel parts
Evaluation Boundary
Final feasibility depends on material composition, geometry, atmosphere window, thermal profile, target performance, and downstream testing requirements. For immature formulas or complex dissimilar joining, small-sample validation is recommended first.
Available Equipment & Parameters
V2GR20 Vacuum / Atmosphere / Debinding Furnace
Advanced Sintering Technology Center / 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 / 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
Request a Vacuum/Atmosphere/Debinding Sintering process review
Share drawings, material grade, size, temperature window, and performance targets for first-pass engineering evaluation.