Flux-cored wires:
FILTUB 12 M
FILTUB 12M is metal-cored wire recommended for welding similar types of steels, including fine-grained steels. Because metal cored wires do not result in a slag covering the weld, they ombine the benefits of the high deposition rates found in flux cored wires and the high efficiency rates of solid wires. Particularly suitable for robot and automatic welding. Features of this wire included good bead appearance with small spatte, no slag and therefore without cleaning between runs, good restricking characteristics and high mechanical properties at low temperatures.
FILTUB 32 M
FILTUB 32M is metal-cored medium alloy flux-cored wire recommended for welding high-strength fine-grain structural steels and creep resistant fine-grain structural steels. Optimal results are obtained at a heat input of E < 18 kJ / cm and at an interpass temperature of 100 - 150 °C . Features of this wire included stable arc with no spatter , regular bead appearance and no slag. Especially is suitable for automated and robotized applications.
FILTUB 4R
FILTUB 4R is rutile flux-cored wire suitable for welding similar types of steel sincluding fine-rain structural steels, shipbuildung steels and pipe steels. It features good weldability in all positions, low spetter losses, excellent bead appearance and good slag detachability. The welding with high current consequently giving a high deposition rate.
FILTUB 5 R
FILTUB 5R is rutile flux-cored wire suitable for welding steel resistant to atmosferic corrosion such as CORTEN, Patinax, Acor, etc. Features of this wire include good weldability in positions, good bead appearance and easy slag removal.
FILTUB 6 R
FILTUB 6R is rutile flux-cored wire suitable for welding weatherproof steels. For welding thick workpieces and for use under high resistant conditions is better suited FILTUB 40B. Features of this wire include good weldability in positions, good bead appearance and easy slag removal.
FILTUB 7 R
FILTUB 7R is rutile nickel alloy tulbar flux-cored wire suitable for welding fne-grain structural steels and high strength steels up to tensile strengt 580 N/mm2 and good notch toughness up to - 40°C. Its features include good weldability in all all positions for diameters F 1,2 and 1,4 mm, good slag detachability, fine bead appearance and low spatter losses. Particularly suitable for mechanised circumferential pipe welding.
FILTUB 8 R
FILTUB 8R is rutile molibden alloy tubular flux-cored wire recommended for welding creep resistant boiler plates, pressure pipe steels and fine-grain structural steels resistant to creep up to 520°C. Rutile all-positional flux-cored wire with high deposition rate by welding with high currents. Features of this wire included stabile arc with minimal spatter, good slag detachability and fine bead appearance.
FILTUB 12 B
FILTUB 12B is basic flux-cored wire suitable for welding non-alloyed structural steels, boiler plates, pipe steels age-esistant steels, shipbuildung steels and fine-grain structural steels. Also is suitable for welding steels with high C content. Its features include high grade mechanical properties at low temperatures, low hydrogen quality weld metal with a high resistance to cracking in joints under restraint, good weldability, low spatter and easy slag removal.
FILTUB 14 B
FILTUB 14B is basic flux-cored wire recommended for welding creep resistant boiler plates, pipe steels and fine-grain structural steels up to operating temperatures of 500°C. Features of this wire included stable arc with low spatter, regular bead appearance and good slag detachability.
FILTUB 16 B
FILTUB 16B is basic flux-cored wire recommended for welding creep resistant CrMo-alloy boiler plates, pipe steels and cast steels for service temperatures up to 500°C. Preheating dependent on thicknes 160 - 190°C is essential followed by post weld heat treatment at 700°C. Features of this wire included stable arc with low spatter, regular bead appearance and good slag detachability.
FILTUB 18 B
FILTUB 18B is basic flux-cored wire recommended for welding creep resistant 2,2 % Cr and 1,0 % Mo alloy boiler plates and pipe steels for service temperatures up to 600°C. Preheat and interpass temperatures 175 ± 15°C. Postweld annealing at 690 - 720°C 1 - 2 h and cooling down to 300°C in furnace. Feattures of this wire included stablearc with low spatter, regular bead appearance and good slag detachability.
FILTUB 19 B
FILTUB 16B is basic flux-cored wire recommended forwelding creep resistant 3,0% Cr Mo V alloyed boiler plates and pipe steels for service temperatures up to 600°C. Preheat and interpass temperatures 200 - 250°C. Postweld annealing at 690 - 710°C 1 - 2 h and cooling down to 300°C. Features of this wire included stable arc with low spatter, regular bead appearance and good slag detachability.
FILTUB 25 B
FILTUB 25B is basic flux-cored wire recommended for welding creep resistant CrMoV-alloy steels and cast steels for service temperatures up to 550°C. Preheat and interpass temperatures 170 - 200 °C. Postweld annealing at 690-710°C 1-2 h and cooling down to 300°C in furnace. Features of this wire included stable arc with low spatter, regular bead appearance and good slag detachability.
FILTUB 28 B
FILTUB 28B is medium alloy basic flux cored wire recommended for welding fine-grain structural steels and creep resistant fine-grain structural steels up to yield strength of 600 N/mm2. Features of this wire included excellent mechanical properties at low temperatures, stable arc with low spatter, regular bead appearance and good slag detachability.
FILTUB 32 B
FILTUB 32B is basic medium alloy flux-cored wire recommended for welding high-strength fine-grain struc-tural steels and creep resistant fine-grain structural steels. Optimal results are obtained at a heat input of E L 15 kJ / cm and at an interpass temperature of 100-150°C. Features of this wire included stable arc with low spatter, regular bead appearance and good slag detachability.
FILTUB 36 B
FILTUB 36B is medium alloy highly basic type flux cored wire recommended for welding fine grain structural steels and cryolitic steels. Optimal results are obtained at a heat input of E L 12 kJ/cm and interpass temperatures schould not exceed 120°C. Features of this wire included stable arc with low spatter, regular bead appearance and good slag detachability.
FILTUB 38 B
FILTUB 38B is medium alloy highly basic type flux cored wire recommended for welding high-strength fine grain structural steels with yield strength up to 880 N/mm2. Optimal results are obtained at a heat input of E L 15 kJ/cm and interpass temperatures schould not exceed 150 °C. Features of this wire included stable arc with low spatter, regular bead appearance and good slag detachability.
FILTUB 40 B
FILTUB 40B is highly basic medium alloy lux-cored wire recommended for welding NiCu-alloyed steels, resistant to atmospheric corrosion and fine-grain structural steels such as Corten, Patinax, Acor and similar Features of this wire included excellent mechanical properties at low temperatures, stable arc with low spatter, regular bead appearance and good slag detachability.
FILTUB 42 B
FILTUB 42B is highly basic medium alloy flux-cored wire recommended for welding and hardsurfacing of forming and stamping tools dies, rollers and similar components. Preheating and interpass emperatures schould be adjusted depending on the base material. Mechanical properties of weld metal dependent upon heat treatment. Features of this wire included stable arc with low spatter, regular bead appearance and good slag detachability.
FILTUB DUR 3
FILTUB DUR 3 is metal medium alloyed flux-cored wire recommended for wear-resistant and impact-resistant surfacing in the medium hardness range. It is also useful as a buffer layer of difficult-to-weld steels. The temperature betwen runs schould not exceed 250°C. The deposit is good machineable and suitable for flame and induction hardening. Suitable for surfacing parts of: caterpilar track rollers, guide rolls, railway tyres, runing wheels, etc.
FILTUB DUR 5
FILTUB DUR 5 is metal medium alloyed flux-cored wire recommended for hardsurfacing of steels in the medium hardness range. The deposit is tough, free of cracks and porosity and therefre is highly resistant to deformation and impact. On base materials with low weldability is recommended depositing a buffer layer with FILTUB 12B. The temperature betwen runs schould not exceed 250°C. Machineable with ordinary cutting tools is posible. Suitable for surfacing parts of: crane wheels, wheels for mine trucks, pulleys, rollers, wobblers, catterpillar track rollers etc.
FILTUB DUR 12
FILTUB DUR 12 is metal medium alloyed flux-cored wire recommended for wear resistant surfacing. The deposit is tough, free of cracks and porosity and therefore is highly resistant to deformation and impact. On the base material with low weldability is recommended depositing a buffer layer with FILTUB 12B. The temperature betwen runs schould not exceed 250 °C. The weld metal is still machineable by means of sintered carbide tools. Suitable for surfacing parts of: supports, bearing surfaces, rollers, excavator parts etc.
FILTUB DUR 14
FILTUB DUR 14 is metal medium alloyed flux-cored wire recommended for high wear resistant surfacing. The deposit is tough, free of cracks and porosity and therefore is highly resistant to deformation and impact. On base material with low weldability is recommended depositing a buffer layer with FILTUB 12B. The preheat and interpass temperature must be at least 200°C. Weld deposit can be machined only by grinding. Suitable for surfacing parts of: mixer blades and vessels, grab and bucket teeths, crusher hammers and jaws etc.
FILTUB DUR 15.1
FILTUB DUR 15.1 is metal medium alloy flux-cored wire recommended for hardsurfacing which martensitic deposit giving a very good resistance to solid erosion wear with heavy impact. The deposit is tough, free of cracks and porosity and therefore is highly resistant to deformation and impact. On base material with low weldability is recommended depositing a buffer layer with FILTUB 12B or FILTUB DUR 3. The preheat and interpass temperature must be at least 250°C Suitable for surfacing parts of: impact rockdrills, bucket teeth and lips, screw conveyours, etc.
FILTUB DUR 16
FILTUB DUR 16 is basic medium alloy flux-cored wire recommended for highly wear resistant surfacing. The deposit is tough, free of cracks and porosity and therefore is highly resistant to deformation and impact. On base material with low weldability is recommended depositing a buffer layer with FILTUB 12B or FILTUB DUR 3. The preheat and interpass temperature must be at least 200 °C. Weld deposit can be machined only by grinding. Suitable for surfacing parts of: mixer blades and vessels, grab and bucket teeths, crusher hammers and jaws etc.
FILTUB UTOP 38
FILTUB UTOP 38 is metal medium alloy flux-cored wire recommended for hot and cold work tools surfacing. The deposit is tough, free of cracks and porosity and therefore is highly resistant to deformation and impact. The weld metal is still machineable by means of sintered carbide tools. On the base material with low weldability is recommended depositing a buffer layer with FILTUB 12B. Suitable for hardsurfacing cold and hot working tools such as: screws, nuts, dies and containers for metal tube and rod extrusion tools for manufacture of hollow bodies, pressure die casting dies etc.
FILTUB UTOP 55
FILTUB UTOP 55 is basic medium alloy flux-cored wire recommended for hardsurfacing of cold and hot-working steel tools up to operating temperatures of 550°C. The deposit is tough, free of cracks and the-refore is highly resistant to deformation and impact. Weld deposit can be machined only by grinding. On base material with low weldability is recommended depositing a buffer layer with FILTUB 12B. Suitable for hardsurfacing cold and hot working tools such as: screws, nuts, dies and containers for metal tube and rod extrusion tools for manufacture of hollow bodies, hot shear blades, pressure die casting dies etc.
FILTUB UTOP Co
FILTUB UTOP 55 is basic medium alloy flux-cored wire recommended for hardsurfacing of cold and hot-working steel tools up to operating temperatures of 550°C. The deposit is tough, free of cracks and the-refore is highly resistant to deformation and impact. Weld deposit can be machined only by grinding. On base material with low weldability is recommended depositing a buffer layer with FILTUB 12B. Suitable for hardsurfacing cold and hot working tools such as: screws, nuts, dies and containers for metal tube and rod extrusion tools for manufacture of hollow bodies, hot shear blades, pressure die casting dies etc.
FILTUB UTOP Mo1
FILTUB UTOP Mo1 is medium alloy flux-cored wire recommended for hardsurfacing of cold and hot working steel tools up to operating temperatures of 550°C. The deposit is tough, free of cracks and therefore is highly resistant to deformation and impact. On base material with low weldability is recommended depositing a buffer layer with FILTUB 12B. Suitable for hardsurfacing cold and hot working tools such as: screws, nuts, dies and containers for metal tube and rod extrusion tools for manufacture of hollow bodies, hot shear blades, pressure dies, casting dies etc.
FILTUB 112
FILTUB 112 is basic low-alloy flux-cored wire recommended for submerged arc welding non-alloyed structural steels, boiler plates, pipe steels and fine-grain structural steels. Also is suitable for welding steels with high C content as a buffer layer. This wire is used in conjuction with welding flux FB TT.
FILTUB 114
FILTUB 114 is basic medium alloy flux-cored wire recommended for submerged arc welding creep resistant steels, designed for creep strength at service temperatures up to 500°C. This wire is used in conjuction with welding flux FB TT.
FILTUB 116
FILTUB 116 is basic medium alloy flux-cored wire recommended for submerged arc welding creep resistant steels designedfor creep strength at service temperatures up to 600°C. The weld metal must be postweld annealing at 690 - 720°C and coolingdown to 300°C in furnace. The wire is used in conjuction with welding flux FB TT.
FILTUB 118
FILTUB 118 is basic medium alloy flux-cored wire recommended for submerged arc welding creep resistant CrMo, CrMoV steels and similar cast steels, designed for creep strength at service temperatures up to 600°C. The weld metal must be postweld annealing at 690- 20 °C, 1-2 h and cooling down to 300°C in furnace. The wire is used in conjuction with welding flux FB TT.
FILTUB 128
FILTUB 128 is basic medium alloy flux-cored wire recommended for submerged arc welding fine-grain structu- ral steels, creep resistant and heat-treated fine-grain structural steels. The mechanical properties are dependenton the working conditions. Optimal results are obtained at a heat input of E 18 kJ/ cm and interpass temperatures must not exceed 150°C. The wire is used in conjuction with welding flux FB TT.
FILTUB 136
FILTUB 136 is basic medium alloy flux-cored wire recommended for submerged arc welding fine-grain structural steels and cryolitic steels. The mechanical properties are dependent on the working conditions. Optimal results are obtained at a heat input of E