Deposition welding - Import export

WELDING WIRE TIG 308LSi STAINLESS 1.6MM 1KG Chromium-nickel wire is intended for welding single-grade stainless steel, resistant to corrosion. . The weld deposit is resistant to oxidation up to 800°C and maintains plasticity up to (-196°C). Application in all branches of industry TECHNICAL DATA: Wire diameter: 1.6mm Weight: 1kg Wire type: 308LSi Bar length: 1000mm

Gas shielded, rutile type FCW wire Typical 1%Ni weld deposit Low fumes, very less spatter Excellent mechanical properties Stable arc and easy slag removal Excellent fracture toughness at 30°C Radiographic weld quality

A low carbon 96Ni/3Ti Nickel wire Almost pure Ni deposit Excellent ductility and strong weld metal Resistant to cracking and oxidation Low iron level ensures max corrosion resistance Radiographic weld quality

Copper coated low alloy solid wire Uniform coper coating The weld deposits are notch free with excellent mechanical strength Typical 1.25Cr0.5Mo weld deposit Radiographic weld quality

Gas shielded, rutile type FCW wire Typical 1%Ni weld deposit Low fumes, very less spatter Excellent mechanical properties Stable arc and easy slag removal 1.25Cr0.5Mo type weld deposit Radiographic weld quality

Gas shielded, rutile type FCW wire Low fumes, very less spatter and slag removed easily Excellent resistance to intergranular corrosion Uniform and good weld bead appearance Typical 18%Cr12%Ni2Mo weld deposit Radiographic weld quality

Gas shielded, rutile type FCW wire Low fumes, very less spatter and slag removed easily Excellent crack resistant and corrosion resistant Uniform and good weld bead appearance Typical 23%Cr12%Ni weld deposit Radiographic weld quality

Gas shielded, extra low carbon, rutile type FCW wire Low fumes, very less spatter Excellent crack resistant and corrosion resistant Uniform and good weld bead appearance Typical 19Cr10Ni weld deposit Radiographic weld quality

Copper coated low alloy solid wire Uniform coper coating The weld deposits are notch free with excellent mechanical strength Typical 2.25Cr1Mo weld deposit Increased strength and toughness PWHT Radiographic weld quality

Copper coated low alloy solid wire Uniform coper coating The weld deposit in typical 9Cr1MoVNb type Improved creep properties 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

Copper coated low alloy solid wire Uniform coper coating The medium strength weld deposit gives high impact at 45°C 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 The recommended preheat and interpass temperature 350440°C The weld deposit in typical 5Cr0.5Mo Air hardenable alloy Radiographic weld quality

Basic flux cored wire Smooth arc characteristics Low fumes, very less spatter Non machinable air hardenable weld deposit Good resistance against high abrasion and friction Resistant to spalling and cracking

Copper coated solid wire Uniform copper coating Mn0.5Mo type weld deposits Strength is increased due presence of Mo Deoxidizers added for defect free welding Toughness increases at low temperature Radiographic weld quality free from porosity

Copper coated solid wire Uniform copper coating Mn0.5Mo type weld deposits Strength is increased due presence of Mo It gives good wetting, rust and scale tolerance Weld toughness increases at subzero temperature Radiographic weld quality

Premium quality high speed coper coated wire with tensile strength up to 510MPa Uniform copper coating for smooth feedability Extremely suitable for single pass or multi pass welding Minimum spatter occurrence when under optimum conditions The weld deposit is free from porosities with very smooth and uniform weld bead

We recommend this laser welding machine especially for working on large molds. The laser arm has a range of almost 2.80 m. The highest working point is 2 m and the lowest is 80 cm. The laser system is positioned on the workpiece quickly, easily and with millimeter precision. With its highly movable arm and flexible, slim look, the ALFlak Max reaches (almost) every welding point. The areas of application of the ALFlak Max are wide-ranging: build-up and contour welding on large machine components and design components as well as on injection molding and forming tools.

An inexpensive entry-level model for laser welding that offers a lot of flexibility and expansion options. With this laser system you can flexibly weld small and large components. The laser power can be selected with 150 W or 200 W, ideal for welding all common metals quickly and reliably. Various work tables can be placed in front of the lifting column. Or you can weld directly on the pallet truck or pallet. This is possible because the resonator can be turned to the side or even to the back. The resonator, which sits in a slide rail, can also be pulled far forward. We also optionally supply a fixed table top for the lifting column. Operation is intuitive via a touch display. A few helpful apps e.g. for programmed circular welding or shell surface welding support the user at work. The laser system is also expandable.

The ALFlak systems offer you many options in the field of mobile laser and repair welding. With an extended range and increased travel range, welding positions in deep, complex shapes can be processed easily thanks to the long laser arm - even in deep, bulky shapes. Deposition welding with wire or powder is possible with this laser machine. Likewise, automated welding tasks. The laser device is equipped with a fiber source that guarantees high efficiency and a special beam quality. Both pulsed and CW mode can be used. The integrated performance monitoring ensures reproducible welds. This system is available with laser powers of 300/450/600 and 900 watts.

The mobile laser welding machine ALFlak is particularly suitable for laser deposition and contour welding on large machine components, design components as well as on injection moulds and tools The sophisticated movement mechanism of the ALFlak enables you to work comfortably on large components - you can even immerse in deep, bulky shapes with the slim laser arm. With long weld seams, the ALFlak takes advantage of its large travel axes. A weld seam with a length of up to 500 mm is possible without settling - manually or according to a specified program. Welding can be done in manual mode, semi-automatic or fully programmed. The use of an automatic wire feeder or a rotary axis is also possible. It is the versatile possibilities for mobile welding that make it a very special welding system.

Solid wire electrode suitable for joining and surfacing alloys of similar composition with up to 30% nickel as well as non-ferrous alloys and dissimilar steel grades. The deposit weld metal is highly resistant to seawater, typical applications include usage in shipbuilding, oil refineries, food processing industry, the engineering of general corrosion proof vessels and equipment.

The Select laser welder is a freestanding, fully integrated system with a large workspace and unique control concept. Manual welding, joystickcontrolled deposition welding or complete CNC automation Equipped with a fiber laser or a pulsed NdYAG laser source, the Select offers a unique welding concept with four highprecision axes, short setup times and simple CNC programming. Parameter input is simple and requires no special knowhow via a multifunctional joystick and/or a large touchscreen.