Alloys- welding - Import export

Welded mesh

- copper SG2 (G3Si1) wire designed for welding fine-grained steels with minimum yield strength up to 420 MPa, unalloyed structural steels with strength up to 530 MPa. - suitable for welding both fillet and butt welds in all positions. - welding is possible both in the atmosphere of mixed gases Ar / CO 2 and in pure CO 2 . - lower spatter and excellent operational properties.

Suitable MIG welding cınsomables in order to use in all types MIG welding torches

Aluminum alloy welding products with surface silver anodized

Aluminium fabrication plays an essential role in metal fabrications for a variety of industries. The metal’s light weight, corrosion resistance, and ductility make it ideal for many applications from automotive parts to medical devices. Aluminium isn’t always easy to work with. The appropriate practices and equipment is necessary if you want to avoid welding defects or damage. The choice of alloy, welding gas and joining method can all have a significant effect on the quality of finished products. Due to aluminium’s unique characteristics, aluminium fabrication differs from the other metals. Low weight density of aluminium is common knowledge which brings various advantages and disadvantages in the fabrication. Although aluminium has a weaker mechanical properties, it still possesses higher strength to weight ratio compared to stainless steel and carbon steel in various applications.

WELDING WIRE with weaving SG2 Copper-clad welding wire for the MAG method for welding low-alloy and fine-grained steels. Application in steel structures and building reinforcements. Diameter: 0.8 mm Spool: D200 Weight: 5.0 kg AWS: A5.18-ER70S-6 EN ISO 14341-A G42 4 M21 3Si1

Copper solid wire with the addition of manganese and silicon, intended for MIG / MAG (GMAW) welding of non-alloy steels, such as general structural steels, steels for pressure vessels and marine steels, as well as for welding fine-grained carbon-manganese steels for the same purpose , with a minimum yield strength of less than 420 MPa. When welding with OK Autrod 12.51 filler wire, Ar / 20CO2 or pure CO2 can be used as the shielding gas. OK Autrod 12.51 wire in ESAB's unique Octagonal Marathon Pac packaging is perfect for mechanized welding processes. TECHNICAL PARAMETERS Wire diameter: 0.8 mm Roll weight: 5 kg Spool diameter: 200mm Shielding gas used: CO2, Ar / CO2 mixture

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Welding electrodes made of tungsten, molybdenum and their alloys are particularly suitable for welding highly conductive materials such as copper. They are used in the following processes: Spot welding, Roller welding, Projection welding, Upset welding. Welding electrodes made from our refractory metals and their alloys have a relatively high level of electrical conductivity while also exhibiting outstanding stability at high temperatures. They therefore have a considerably longer service life than conventional materials such as copper and copper alloys.

Semiautomatic capacitor-discharge stud welding with ignition tip M3 – M8 Diameter 3 – 8 mm Steel, Stainless steel Aluminium alloys Welding sources LBS

Copper coated low alloy solid wire Uniform coper coating The recommended preheat and interpass temperature 350440°C The weld deposit in typical 5Cr0.5Mo Air hardenable alloy Radiographic weld quality

Copper coated low alloy solid wire Uniform coper coating Requires careful control over pre heat, interpass temperature The weld deposit in typical 9Cr1Mo Air hardenable alloy Radiographic weld quality

Copper coated low alloy solid wire Uniform coper coating Typical 2.5% NiMn alloy Tough, crack resistant and weld deposit gives high impact at 60°C Radiographic weld quality

Gas shielded, rutile type FCW wire Low fumes, very less spatter Excellent mechanical properties Stable arc and easy slag removal The deposit is low alloy steel CrMo Radiographic weld quality

Proper purging is absolutely essential to guarantee high-quality welding of high-alloyed, corrosion-resistant components. As part of this the Oxy EVO oxygen analyser can be connected to our orbital welding controllers for the purpose of inspecting and documenting the residual oxygen content and evaluated. — Extremely easy menu navigation — For inert gases and gases containing H2 (max. 10%) — Measuring cell made of zirconium oxide (maintenance-free) — 3.5" colour touch display — USB interface for exporting documentation — Digital and analogue interface and Bluetooth for communication with our orbital welding controllers and other PSPS — Activation and evaluation exclusively using the digital interface — User-definable threshold and alarm adjustment — Acoustic signal generator ... Package includes: — Oxygen analyser — Power cable — Hose set, 3 m, incl. filter and probe — Calibration certificate — Transport case

Measuring devices are the first step to the perfect weld. Precise purging is essential for controlling weld quality, particularly when welding high-alloy, corrosion-resistant materials that are highly sensitive to oxygen in the welding process. Oxy Smart: — Battery powered device — For inert gases — For mixed gases with hydrogen (max. 10%) — Measuring cell made of zirconium oxide (maintenance free), long lifetime through intelligent software — Robust for use at site (protective frame out of rubber) — Dust- and moisture-proof, also for use around high humidity — Intuitive operator guidance through symbols — Coloured enlighten display — Battery indicator — Fault indication in case of error Package includes: — Oxygen analyser — Charging cable with various adapter plugs for worldwide use — Hose set, 1m, incl. filter and stainless steel probe — Calibration certificate — Plastic case with inlay