Garima Enterprises

Kirti Nagar, Delhi

GAS WELDING FLUXES ESAB , welding and brazing fluxes are well known and are designed to obtain consistent and sound joints between steel, copper, brass bronze and aluminium. Some of the common applications are found in manufacturing and repair of automobiles, refrigeration and air conditioning, tool manufacturing and other industries.    

• Technical DataPower Compact 255
• Spot welding time, sec0.2 - 2
• MSOrdering Information
• Power Source 
• Interval time, sec0.2 - 2
• Power Compact 255 Package4650686700
• Mains supply, Ph x V, Hz3 x 415, 50
• Type of coolingForced Air
• MIG Torch, PSF 250 3m4650692900
• Open circuit voltage, V DC30 - 250
• Dimensions, l x w x h, mm840 x 375 x 736
• MIG Torch, PSF 250 4.5m4650692901
• Welding current range, A30 - 250
• Weight, Kg90
• Regulator Dura CO24650193002
• Max. Continuous Welding Current 
• Wire FeederDrive system
• Regulator ICO 32B4330193100
• At 35% duty cycle, A250
• DC motorSpeed control
• CO2 Heater 220VA651689045
• At 60% duty cycle, A190
• SteplessFeed mechanism
• At 100% duty cycle, A140
• Double roll quick changeover typeWire feed speed, m/min
• Voltage control steps (single knob)10
• 1.5 - 22Wire diameter, mm
• No. of inductance outlets2
• 0.8 – 1.2Wire type

CONVENTIONAL HARDFACING ALLOYS DUROID 250 A smooth running rutide coated general purpose hardfacing electrode, depositing a tough air-hardening alloy weld metal, suitable for resisting moderate friction, obrasion and impact. DUROID 650 Abrasion Resistant Hardfacing This rutile-coated electrode gives an air hardening type weld deposit, which is resistant to severe obrasion and moderate impact between metal to mineral wearing stresses. DUROID 650B No-problem Abrasion Resistance even for Thicker Plates. A high alloyed basic hardfacing electrode depositing a non-machinable air-hardening weld metal. The weld-deposit is resistant to severse abrasion and moderate impact between metal to mineral wearing stresses. It also resists scalling upto temperatures around 300’c and also a moderate corrosion. It can also be used over high carbon and alloy steel base metals and on jobs of thicker cross-section. COBALARC Cobalarc – the future of hardfacing. This range of tubular electrodes gives a host of advantages over conventional coated electrodes in respect of hardfacing applications owing to its unique features. The prime weapons that provide the hardness in hardfacing deposits are the metallic and non-metallic carbides. In coated electrodes, the carbides are formed at the time of welding. Carbides, preformed, cannot be used in these electrodes because the high hardness renders them difficult to produce. But, Cobalarc electrodes have the advantage that the preformed carbides are put inside a hollow mild steel tube. In hardfacing controlling the heat input is important because greater dilution will lower the hardness of the deposit. In this respect, Cobalarc gives a major headway because only a thin walled tube has to be melted instead of a solid wire. So the heat requirement will be considerably less and automatically the heat input will really be low. The low heat input alos reduces the heat-affected zone in the base metal. Cobalarc provides economy as the total loss involves only butt end loss and very negligible slag loss. Moreover, the butt end does not contain any carbide inside- it is only the hollow tube that is lost, so the actual loss is even lower. The slag formation is very small in Cobalarc. So the welder can apply the next run without wasting any time for deslagging. This gives an immense advantage of speed and productivity. So in 1 hour of arcing. Cobalarc gives 2-2.5 times the weight of deposit than coated hardfacing electrodes. A near absence of slag does not mean that Cobalarc deposits are exposed to the atmosphere for oxidation. The outer coating contains ingredients that burn in the welding arc and generate copious amount of fumes, which provides the shielding to the weldpool. This outer coating has one more function. Since it contains non-hygroscopic stabilizers the mild steel tube is free from rusting giving these electrodes an indefinite shelf life. He rigid tube also protects the preformed carbides from degeneration over time. COBALARC 1 M Cobalarc 1M, is the ultimate in welding technology. It has autogenous fume shielding over performed carbides in a tubular form, which gives the user genuine low heat input and infinite shell life by dint of its non-hygroscopic coating. It deposits fine chromium carbides in tough austenitic matrix and gives better abrasion resistance on mild and low alloy steel bases while impact requirement is limited.