Ob alte duritia et fragtileness durum alloys, non facile ad weld ut aliis materiae. Zhuzhou Chuamptu Cended Carbide Co., Ltd. est coetibus et welding modi cemented carbide vobis, spes potest auxilium vobis.
Propter magnam differentiam corporis munera inter Tungsten carbide et ipsum ferro, Brazing et dispergis welding sunt adhuc possibile et utilis solutione modi. In addition, quidam novum Welding modi ut Tungsten Electrode inert Gas sustentationem Arc Welding (Tig), electronia trabs welding (EB, W) et actu pertracted (Lbw in futurum.
Brazing Brazing est a traditional et late usus cemented carbide welding modum. In the brazing methods of cemented carbide and steel, according to the heating method, there are gas flame brazing, furnace brazing, vacuum brazing, induction brazing, resistance brazing and laser brazing skills. Aut via, in punctum ad brazing metallum est inferior, quam de basi metallum et distribuit in iuncturam capillaribus attraction. Coniuncturam products includit oleum bene terebro bits, calidum et frigus, frumenti moritur, pulveris metallurgy formam, rotulis, cutsing instrumenta et mensuræ instrumenta, petra terebra instrumenta, woodworking instrumenta, etc.
Brazing metallum est filler materia usus est in Brazing, quod ludit an maximus munus in function of the Clos Soldrs munus est unus de momenti determinare qualitas quadrupedem.
In Gas flamma Brazing apparatu est simplex, potest esse succensus et studium cum multa flammas secundum figura de workpiece. The brazing metal is mostly made of filamentous or flake copper-based and silver-based brazing filler metal, which is suitable for single piece and small batch production, but the selection of gas welding torch and heat treatment after brazing and other uncertain elements are more, and the quality and reliability of brazing are small.
The yield of tungsten carbide cutters for induction brazing, resistance brazing and brazing in the furnace is high, and the quality is relatively stable, but the equipment and skills are more messy, the scale and shape of the workpiece are required to be higher, and vacuum brazing can achieve high brazing quality, but the equipment is expensive and the skills are difficult
Sicut novum genus welding calor fontem, laser habet characteres ex ieiunium calefactio celeritate, angustus calor affectus zonam, post-welding deformatio et parva residua lata, praesertim in welding in embrids, quae facit etiam in welding de coelestis carbide. Itaque cum lectio per modum welding modum, oportet quod maxime idoneam, et plerumque in fornacis satis satiat instrumentum Brazing Request
(I) dispersit Welding
Vacuum dispersionem welding et coxae dispersionem welding potest applicari ad welding de cenderit carbide. In vacuum dispersion welding, there are many factors that affect the quality of the joint, such as the composition of the material, the quality of the welded surface, the vacuum degree, the data of the center sandwich, and the heating and cooling rate, but the most important factors are temperature, pressure and time. The shear strength of the weld usually improves with the addition of the welding time, because the extension of the welding time can make most of the micro-bumps on the welded surface disappear, the touch area is obviously added, the dispersion of atoms is more abundant, and the welding rate can be significantly improved
(II) Tungsten iners Gas sustentationem Arc Welding
Tig Welding, sicut novam modum ponting cemented carbide et ferro, quod adhuc in experimentalem tempus
(III) Rabium Rabium Welding
Electron trabem Welding habet commoda altum calefacere potestatem densitatem, parva deformatio post welding, magna weld profundum, quod est novum modum ad Welding coelestis carbide, ut sit novum modum ad Welding ad quodammodo.
Post tempus: Jan-25-2024