Our Brazed Assembly Process
Depending on the material type and part geometry, our experienced team of engineers will select the appropriate brazing fixtures, joint design, and process best-suited to your specific application. Through atmosphere or vacuum brazing, we join metal to metal and ceramic to metal in a highly controlled environment, helping protect assemblies from oxidation. The active metal brazing process is ideally suited for assembling metal substrates to ceramic parts without metallization and is in most cases a cost-effective solution performed by our in-house team of experts. As an added value for our clients, we are also capable of joining metal components by laser, TIG, and spot welding.
Benefits
- High hermiticity
- High repeatability
- Minimal oxidation
- Minimal part-to-part variation
- Robust bond
- Competitive cost
- Greater quality control
- Efficient turnaround
Capabilities
- Advanced brazing techniques
- Proprietary metallization
- In-house metallizing, plating, and glazing
- In-house machining of fixtures
- Metal-to-metal brazing
- Ceramic-to-metal brazing
- Active metal brazing
- Atmosphere brazing
- Vacuum brazing
- Partial pressure brazing
- TIG welding
- Spot welding
- Brazing temperature range: 300°C to 1200°C
- Maximum part diameter:
- Vacuum furnace: 5 in.
- Hydrogen furnace: 12 in.
- Maximum part length:
- Vacuum furnace: 8 in.
- Hydrogen furnace: 20 in.
- Testing
- Helium Leak Performance, Vacuum Leak Testing up to 10-10 Torr
- Joint Strength
- XRF
- Cross Sections
- 160 KV X-ray Inspection
Specifications
View applications for brazed assembly, the materials we use, example products, and more below.
