Atmosphere protective aluminium vacuum brazing furnace/high vacuum
furnace laboratory electric
Scope of application: used for vacuum brazing of air inter cooler
oil coolers, radiators, air-conditioning evaporators, condensers or
tube-type heat exchangers of automobile environmental
protection products.
Specification
| Name | Vacuum Brazing Furnace |
| Core Components | Plc, Engine, Bearing, Gearbox, Motor, Pressure Vessel, Gear, Pump |
| Dimension(L*W*H) | 300*300*500-1000*1000*2000(Customized) |
| Heater | Mosi2 Heating,Mo Belt, Tungsten, Graphite, Simo, Sic |
| Loading Capacity | 50-1500kg |
| Power (Kw) | 36-500kw |
| Structure | Horizontal, Vertical, Batch, Continuous |
| Ultimate Vacuum | 10~0.001pa |
| Voltage | Optional Customized(110V/220v/380v/660v) |
| Weight | 2t-35t |
| Usage | Lab Sintering/Brazing/Quenching/Heating Treatment /Bright Annealing
For Steels |
| Key Selling Points | Easy To Operate/High Productivity/Multifunctional/Energy Saving |
| Melting Material | Metal Workpiece |
| Chamber material | Cast iron, stainless steel, optional |
| Application | Metal brazing |
| Usage | Brazing Furnace |
| Max Temperature | 1200C - 1700C |
| Continue Operating Temp. | 1600℃ |
| heating rate | 0-20C/min. |
| temperature accuracy | +/-1C |
| Power Source | Electric |
Application
Vacuum brazing furnace is used for vacuum brazing of stainless
steel, carbon steel, titanium alloy, tool and die steel, carbide,
non-ferrous metals, etc.
Vacuum diffusion welding furnace is used for diffusion welding of
various metal materials and ceramic materials.
Vacuum aluminum brazing furnace is used for aluminum brazing of
heat exchangers and electronic communication components for
automobiles, aircraft, ships, compressors, air separation
equipment, household appliances, etc.
Performance characteristics
Multi-zone heating and multi-zone temperature control ensure good
working temperature uniformity.
Good working vacuum and pressure rise rate, good surface quality of
workpiece.
A variety of furnace types are available, including horizontal,
double-chamber, and three-chamber semi-continuous.
