VPE utilizes diffusion bonding as well as other methods to manufacture laminated & clad metal sheet. As a result, the sheet is bonded at the atomic level. Furthermore, it comes in a wide range of alloys as well as configurations.
Moreover, laminated & clad metal sheet provides a means of creating a composite material with performance properties not available from a single metal. In addition, sheet properties may be tailored to a particular application, e.g. bending strength, thermal as well as electric conductivity, reduced porosity, as well as corrosion resistance.
The sheet is routinely in a tri-layer configuration. However, also available are bi-layer as well as multiple repeating layer fabrications.
Bi-Layer
Tri-Layer
Repeating Layer
Materials bonded e.g.:
- Aluminum
- Bimetallic (dissimilar metals)
- Carbon Steel
- Composites
- Copper
- Nickel-based Alloys
- Precious Metals
- Refractory Metals
- Stainless Steel
- Titanium
The surfaces are generally provided in an as-bonded condition. However, the surfaces may optionally be finished with various coatings e.g.:
- Dark chrome oxide (for stainless steels)
- Nickel plating
- Copper plating
- Polished
- Blasted
VPE’s variety of diffusion bonding furnaces allow for various sizes of sheet e.g.:
- Firstly, sheet sizes to 1.5 meters x 3 meters
- Secondly, sheet thicknesses from less than 0.0004 in. to greater than 5 in.
- Last, assembly weights to 60,000 lbs.
If necessary, internal features can be preserved inside the bonded part e.g.:
- Heating elements
- Fluidic channels
A wide variety of industries e.g.:
- Power generation
- Solar energy
- Thermal transfer
- Oil & Gas
- Chemical processing
- Cryogenic/refrigeration
- Semiconductor
- Space
- Marine
- Electrical
- Structural
- Transportation
- Aluminum smelting
- Desalinization
- Food processing
- Paper as well as Pulp
- Cutlery
- Jewelry
Many applications e.g.:
- Firstly, weld transitions
- Secondly, corrosion resistance, e.g. chemical processing
- Thirdly, corrosion resistance, e.g. galvanic
- Fourthly, to maintain electrical connections
- Next, to reduce oxidation as well as connectivity concerns
- In addition, to reduce structural weight
- Also, to maintain strength at high temperatures
- Next, to lower the porosity of the metal(s)
- Also, solar cell cooling
- In addition, cold plates, as well as panels, cooling
- Likewise, particulate matter cooling as well as heating
- Also, Isothermal panels
- Next, Sputtering targets
- In addition, heat pipes
- Likewise, heat exchangers
- Clad knives
- Last, Makume-gane jewelry
| Part Number | Type | Sheet Size (W x L x H) (in) | Face Layer Material Thickness (in) | Core Layer Material Thickness (in) | Face Layer Finish |
|---|---|---|---|---|---|
| CL-01001 | Tri-Layer | 17.5 x 21 x 0.090 | 316/316L (0.015) | CDA 101 Copper (0.070) | Dark Chrome Oxide |
| CL-01002 | Tri-Layer | 17.5 x 21 x 0.090 | 316/316L (0.015) | CDA 101 Copper (0.070) | Nickel Plated |
| CL-01003 | Tri-Layer | 17.5 x 21 x 0.090 | 316/316L (0.015) | CDA 101 Copper (0.070) | As-Bonded |
Please send your requirements as well as print to info@vpei.com. As a result, an engineer will respond to help determine the best design for your application.
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