Auto heat exchanger radiator vacuum brazing furnace
Vacuum brazing is carried out in the absence of air, using a specialized furnace, and delivers significant advantages: extremely clean, flux-free braze joints of high integrity and superior strength. Improved temperature uniformity when heating in a vacuum, and lower residual stresses due to slow heating and cooling cycle, results in significantly improved thermal and mechanical properties of the material. Other benefits of vacuum brazing include heat treating or age hardening of the work piece as part of the metal-joining process, all in a single furnace cycle. Like conventional brazing, vacuum brazing is easily adapted to mass production.
-No oxidation, no weld flux, no pollution, no air hole;
-Low temperature brazing, high temperature brazing, continuous brazing;
-It works on Titanium (Ti), Zirconium (Zr), Niobium ( Nb), Molybdenum (Mo) refractory metal alloys and dissimilar metals too;
-High automation, easy operation, easy maintain.
·Automobile industry (SCR brazing-Selective Catalyst Reduction, EGR brazing-Exhaust Gas Recycle, oil radiator brazing, plate fin oil cooler brazing, heat exchanger brazing)
·Aviation industry (Aero engine parts, honeycomb seal ring brazing, cellular brazing, engine fuel manifold brazing, stainless steel heat exchanger brazing, compressor stator brazing, Inconel alloy parts brazing)
·Air separation plant (impeller brazing, compressor intercooler brazing, regenerator brazing)
·Engineering machinery ( bit brazing, diamond tools brazing)
Main technical parameter
Effective working dimension (mm): 500x500x900
Max temperature(℃): 1300
Ultimate pressure (pa): 8.5x10-4
Pressure rising rate (pa/h): 0.5
Temperature uniformity (℃): ±3