I. Electrode Arcus Welding
Welding virga arcus Welding est usus Welding virga et workpiece statutum inter firmum ardentem arcum, ut ad sclerens virga et workpiece liquescens, ita ut ad solidum solidum iuncturam processus. Durante welding processus fluxum cutis constanter decomposing, liquescens et generating Gas et slag tueri finem electrode, arcus fusilia lacus et circumfusa metallum. Welding virga core est etiam sub actione arcus æstus continues ad conflandum, in fis stagnum, in filler metallum ex compositionem de weld.
2.SubmergerGermer Arcus Welding
Demerged Arcus Welding (including submersus arcus welding et electroslag welding, etc) est quaedam arcus in fluxu iacuit sub ardenti welding modum. Et inhaerens Welding qualis et stabilitatem, princeps Welding productivity, nec arcum lucem et parum fumatam et aliis commoda, ita quod factum est pressura et columnas et alia structure productio in pelagus et in pelagus et alias structure productio in pelagus et alias structure productio in pelagus et alias in structure productio in pelagus et pelagus modus.
III. Argon Argon Welding(Tig Welding)
Argon Arcus Welding (Tig Welding), Usus est Argon ut tutela Gas Welding technology. Etiam notum ut Argon Gas protegit Welding. Est in arcum Welding circa Argon Protectiva Gas, aer est solitaria in welding area foras, ne oxidatio de Welding regio.
Argon arc welding technology is based on the principle of ordinary arc welding, the use of argon gas protection of metal welding consumables, through the high current so that the welding consumables in the welded base material melted into a liquid state to form a molten pool, so that the welded metal and welding consumables to achieve metallurgical bonding of a welding technology, due to the high-temperature molten weld constantly Pascebat Argon, ita ut per consumabiles non contingi cum oxygeni caeli, ita prohibere oxidatio de Welding consumabiles, ita potest welding ferro ferro ferro.
IV. Gas Welding
Gas Welding, English: Oxygeni Fuel Gas Welding (OfW). Usus combustion vapores et combustione gasorum mixta combustione flamma generatae quasi calor fontem, liquescens ad weldment et welding materiae ad consequi inter-atomicus vinculum de welding modum. Flamma Gas est maxime oxygeni, combustibilis Gas est maxime acetylene, liquefacta petroleum Gas.
V. Laser Welding
Laser WeldingEst focused laser trabem ut fons industria ad bombard de weldment de calore generatae per welding modum. Quia laser habet refractionem, focusing et aliis optical proprietatibus, faciens laser Welding est valde idoneam ad Micro-partibus et pauper Accessibility partium de Welding. Laser Welding est etiam propria humilis calor input, parva welding distortione, et non affectus electro agris.
Ex pretiosa laser, electro-optical conversionem efficientiam est humilis, laser Welding nondum late usus.
VI. Duo protegens welding
Two shielding welding (known as carbon dioxide gas shielded welding) process for low-carbon steel and low alloy high-strength steel welding of various large-scale structural steel projects, its high welding productivity, good anti-cracking performance, welding deformation is small, to adapt to the deformation of the range of large, can be thin and medium-thickness plate parts welding.
VII. Friction Welding
Friction welding refers to the usu calor generatae per friction de contactus superficies in workpiece ut calor fons, ita ut workpiece sub pressura ad producendum plastic deformatio et welding modi.
Under pressure, is under the action of constant or incremental pressure and torque, the use of welding contact between the relative motion of the end face in the friction surface and the surrounding area of the friction heat and plastic deformation heat, so that the temperature of the region and its vicinity to close to, but generally lower than the melting point of the temperature range, the material's deformation resistance is reduced, the plasticity of the interface to improve the breakage of the oxide film In partes de summo de colaging pressura, cum ad materiam ad producendum plastic deformatio et influunt, per interface de Molecular diffusionem et recrymingtallization et animadverto in welding de solidum statu Welding modum.
VIII. Ultrasonic Welding
Ultrasonic Welding est usus summus frequency tremens fluctus traducitur ad superficiem duarum obiecti ut non ablatum, sub pressura, ut et superficies duas obiecti fricando se et formationem fusione inter mulging.
9.soft Brazing
Soft brazing is a type of joining method that uses brazing material with a melting point of not more than 450°C to realize a connection by heating to a soft brazing temperature that is lower than the melting point of the base material and higher than the melting point of the brazing material. Et bracchia materiam est per capillaribus actio super superficiebus de propinquus-conveniens iuncturam vel madefecissem actio super superficiem workpiece.
Mollis Brazing Consumables sunt Brazing Conorables enim mollis Brazing cum liquor-phase linea temperatus (liquido punctum) non plus quam CDL ° c. Solent ferrum libero. Mollis Brazing materiae plerumque ferrum libero Alloys. CDL ° C cut-off punctum inter Brazing et mollis Brazing. Most processus parametri et influxibus involved in Brazing sunt etiam applicentur ad mollis atrio. In facto, industria termini ut mollis atrio, durum Brazing et argentum solidatoris sunt etiam ad distinguere inter mollis brazing et atrio.
X. Ferreus Brazing
Durum Brazing est altum temperatus atrio processus. Most durum brazing temperaturis in range of MCC ad MCD f ° (multo altius quam mollis atrio, sed multo minus quam eget turpis). Sicut mollis Brazing, durum Brazing innititur in capillaribus actum ad replete iuncturam cum atrio materiae. Sunt plures genera dura Brazing Alloys quod potest ad weld paene aliqua generis metallum vel metallum stillicidium.
Post tempus: Feb-13-2025