Improbond GmbH – Laser Welding Wire


03_9240

Property Value
Material no. 2.4831
Tensile elastic limit 420 N/mm²
Tensile strength 760 N/mm²
Expansion 35 %
Ni-based welding wire for the laser welding of similar base materials, also for welding of high strength resistant and high heat-resistant steels. High heat-resistant up to 1000°C and tough at sub-zero temperature up to -196°C. Black-white bonds and deckings.

For base materials

Symbol Name Value
C Carbon < 0,02 %
Mn Manganese    0,20 %
Cr Chrome  22,00 %
Mo Molybdenum    9,00 %
Nb Niobium    3,50 %
Fe Iron < 1,00 %
Ni Nickel Rest


03_9260

Property Value
Material no. 2.4806
Tensile elastic limit 400 N/mm²
Tensile strength 650 N/mm²
Expansion 40 %
For the laser welding of austenite-ferrite-bonds and of different materials in the die and mould industry for a tough and elastic weld deposit. For elastic deckings in using laser welding wires with high hardness. Special characteristics: non-corroding, heat resisting, high heat-resisting, non-scaling up to 1.000°C and tough at sub-zero temperature up to -269°C.

For base materials

Symbol Name Value
C Carbon   0,02 %
Mn Manganese   3,00 %
Cr Chrome 20,00 %
Nb Niobium   2,50 %
Fe Iron   2,00 %
Ni Nickel Rest


03_9400

Property Value
Material no. 2.4155
Tensile elastic limit 300 N/mm²
Tensile strength 450 N/mm²
Expansion 25 %
For the laser welding of nickel, nickel alloys and grey cast iron, furthermore suitable for mixed joints of nickel and steel alloys. Good characteristics of temperature and corrosion.

For base materials

Symbol Name Value
C Carbon ‹ 0,02 %
Si Silicium ‹ 0,30 %
Mn Manganese   0,30 %
Ti Titanium   3,30 %
Fe Iron ‹ 0,10 %
Ni Nickel Rest


03_9410

Property Value
Material no.
NiFe-2
Tensile elastic limit 300 N/mm²
Tensile strength 500 N/mm²
Expansion25 %
Nickel-iron alloy for the laser welding of grey cast iron, annealed cast iron and ductile gra­phite iron, furthermore for mixed joints with steel. Corrosion resistant claddings are possible.

For base materials

Symbol Name Value
C Carbon   < 0,10 %
Si Silicium   < 0,30 %
Mn Manganese      3,50 %
Ni Nickel > 55,00 %
Ti Titanium       0,40 %
Fe Iron Rest


03_I625

Property Value
Material no. 2.4856
Tensile elastic limit 724 N/mm2
Hardness 145 – 220 HB
Inconel 625 is used for laser welding of Inconel alloy 625, Inconel alloy 825, Inconel alloy 25-6Mo and a range of high alloy austenitic and super austenitic stainless steels, often used in the aircraft industry. It is also used for surfacing of steel, for laser welding of 9% Ni steels and various corrosion-resistant alloys. Inconel alloy 625 has a good resistance to oxidation and scaling at high temperature.

For base materials

Symbol Name Value
C Carbon     0,03 – 0,10 %
Mn Manganese                 0,50 %
Al Aluminium                 0,40 %
Cr Chrome 20,00 – 23,00 %
Mo Molybdenum   8,00 – 10,00 %
Nb + Ta Niobium + Tantalum     3,15 – 4,15 %
Si Silicium                 0,50 %
Ti Titanium                 0,40 %
Ni Nickel Rest


03_I718

Property Value
Material no. 2.4668
Tensile elastic limit 800 – 1000 N/mm²
Hardness 40 - 44 HRc
Inconel 718 combines corrosion resistance and high strength with very good weldability.

For base materials

Symbol Name Value
C Carbon              < 0,08 %
Mn Manganese                 0,35 %
Al Aluminium     0,20 – 0,80 %
Cr Chrome 17,00 – 21,00 %
Mo Molybdenum      2,80 – 3,30 %
Nb + Ta Niobium + Tantalum      4,75 – 5,50 %
Si Silicium                  0,35 %
Ti Titanium      0,65 – 1,15 %
Cu Copper                  0,30 %
Co Cobalt                  1,00 %
Ni Nickel  50,00 – 55,00 %
Fe Iron Rest


03_HastC22

Property Value
Material no.
2.4607
Tensile strength 800 –1100 N/mm²
Hastelloy C22 alloy has a good resitence to pitting, crevice corrosion and stress corrosion cracking. It has an excellent antioxidant capacity of aqueous media.

For base materials

Symbol Name Value
C Carbon                0,010 %
Si Silicium                0,080 %
Mn Manganese                  0,50 %
Co Cobalt                  2,50 %
Cr Chrome 20,00 – 22,50 %
Fe Iron      2,00 – 6,00 %
Mo Molybdenum  12,50 – 14,50 %
V Vanadium                  0,35 %
W Tungsten      2,50 – 3,50 %
Ni Nickel Rest


03_NiFe36

Property Value
Material no.
1.3912
Tensile elastic limit
310 N/mm²
Tensile strength
490 N/mm²
Expansion
30 %
Nickel-Iron-alloy with low thermal expansion. Good strength an toughness at low temperature. Low coenfficent of expansion at very low temperature up to-250°C

For base materials

Symbol Name Value
C Carbon                  0,10 %
Mn Manganese                  0,60 %
Cr Chrome                  0,50 %
Mo
Molybdenum                  0,50 %
Co Cobald
                 1,00 %
Ni Nickel   35,00 - 38,00 %
Fe
Iron
Rest