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Brief Description:
Metal is joined when a braze alloy creates a diffusion bond
between the metal components during the thermal vacuum process.
Finished parts are bright and clean. Moreover, brazing parts
in a vacuum furnace allows joining of assemblies under ultra-clean
conditions. With no oxygen present, fluxes are not required,
therefore leaving the braze joint free of porosity and oxide
inclusions. Metal joining is necessary for components too complex
to machine. There are many metal joining processes, each having
advantages for certain applications.
Jan Long VB serious -Vacuum Brazing Furnace offers one of the
strongest bonding methods for metal joining. It's application
in material joining offers many important advantages as well.
Manufacturers of instrument and part assemblies should consider
when selecting a metal joining approach. Single assemblies,
or large quantities of assemblies, can be efficiently brazed
in this furnace to meet customer's cost-effective requirement.
Application:
 Aerospace
industry
Satellite
communication
Electronics
technology
Medical
technology
Nuclear
fusion and fission
Features:
Fluxless brazing
No
hazardous fumes or toxic waste
Temperature
uniformity
Excellent
tensile and sealing
Vacuum
brazing and heat-treating synchronous
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