SAW Submerged arc

SACW MnCr

Austenitic deposit with strain hardening properties and no limmits in the number of layers. The deposit is non magnetic and can not be flame cut. Extreme resistance to heavy impact loads.Th weld deposit offers fair corrosion resistance and has strain hardening properties. This alloy should be aplied at highest impact and pressure loads applications.

SA 430

Submerged arc welding wire to be used with FL 8111 or FL 805 flux with excelent welding properties. Stainless deposit with low carbon content. Low heat input is recommended to avoid pronounced grain coarsening.

FL 851

Agglomerated semi-basic flux suitable for carbon alloy steel welding in single and multi-pass technique and in single or multi-wire applications. The weld deposit produced in combination with corresponding sub-arc wires meets outstanding mechanical properties and in particular high toughness at low temperature. Excellent slag removal in fillet and groove (semi-narrow gap) welds even in hot conditions. (Pre heat 250°C) This flux is specially developed to achieve very low content of diffusible hydrogen (< 4ml/100 g weld deposit)
 

S2 Ni2

Submerged arc welding wire for fine grain steels where high impact values are required at low temperatures.

SA Corten

Submerged arc welding wire for weather resistant steels such as Corten and Patinax to resist long term corrosion against weather influances.

FL CS155

Fused flux with neutral caracteristics (Mn and Si) for aplications when redrying is not easy to apply. Fused fluxes offers excelent resistance against moisture pick up.

SA 890

Extreme crack resistant weld deposit due to extra low hydrogen content when
combined with CeweldFL 155. Developed for welding cold tough, high tensile fine grain steel exceeding a yield strength of 890N/mm2.
To obtain the requested mechanical properties the heat input should be kept
around 10 KJ/cm. Cooling time (T8/5) must be adjusted by travel speed and
preheat temperature.

Topcore 745B

Crack resistant weld metal conditioned by the high-basicity slag in combination with very low hydrogen content. Well suited for the economic joining of high strength steels and cryogenic fine grain structural steels with Rp0,2 > 890 MPa (129 ksi). To reach the optimal mechanical properties, the energy absorbed per unit length of weld 15 kJ/cm should not be exceeded. The working temperature should be between 100 °C (212 °F) and 150 °C (302 °F) . As welding flux we recommend our type ST 55

Pagina's

Subscribe to RSS - SAW Submerged arc