Prod. Class.
- Al-Al&Cu-Cu Brazing MaterialAluminum flux-cored brazing materialBrazing Material For Copper To AluminumAluminum-silicon Alloy Filler Metal
- Aluminum FluxHalide Flux for Aluminum BrazingFluoroaluminate Flux for Aluminum BrazingAluminum Brazing Paste
- Silver Copper Brazing MaterialAg Based Brazing MaterialCu Based brazing materialFlux-coated brazing ringBrazing Flux in Paste of Copper-Silver Alloy Filler MetalTrimethyl borate Flux
- Brazing ToolSmall Brazing DeviceGas Saver Igniter SeriesDigital Wire Feeder SeriesFlux Generator SeriesFLOTRONManual Brazing Rotary TableFlux Filling StationHigh-Low Fire Switching DeviceBrazing Tools
- Brazing EquipmentStationary brazing machineConveyor Type Brazing MachineRobot Brazing MachineDedicated Station Continuous Brazing Equipment for All-Aluminum Two Heat ExchangersRotary Brazing EquipmentSingle-station Aluminum Brazing EquipmentDouble-station Brazing EquipmentG-type Brazing EquipmentAutomatic Wire Feeding Brazing Equipment for Gas Manifold
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① No-Pickling (Non-Acid-Cleaning) Flux Using the conventional brazing powder or brazing paste, glassy crystals and oxidation wil be easily produced after brazing. Therefore, the workpiece usually needs pickling after brazing. Advantages of pickle-free flux: 1.Will not produce glass crystals 2.No oxidation after brazing 3. Using liquid flux, standard quantification and no pickling but high brazing quality can be easily achieved. Available Fluxes
Vapogas Flux is a flame-applied brazing flux. The gas flux is added to the special device “flux generator" and mixed with the gas (acetylene, liquefied gas, propane, etc.) flowing into the flux generator in the form of steam. When the gas fux passes through the pipeline to the torch, it wil emit a bright green fame when burning. By covering the brazing parts, the flame can improve the wettability and fluidity of the filler metal, reduce the generation of pinholes and improve the brazed joint strength. There is no oxidation on the metal surface of brazing area, so acid pickling can be avoided after brazing, which can improve production efficiency and reduce cost.
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