…not as strong at elevated temperatures as Type E316H. This classification with maximum ferrite content of 2FN has traditionally been the choice for welding Type 304 and 316 stainless steels…

…use of niobium. Deposits are not as strong at elevated temperatures as the niobium-stabilized alloy or E309H deposits. E309/309L is commonly used for welding dissimilar steels, such as joining Type…

Specifications: AWS FB3-A AMS 3410 O-F-499D, Type B SAE AMS 3410K Characteristics/Properties: Ph: 7.75-8.25 Dilution: Cold/Warm Water Temperature Range: 1100°F – 1600°F Water: 35% or less Description: WT White Flux…

…resistance to cracking. It is creep resistant and are often used in chemical industries. Preheat and interpass temperatures are usually kept between 275-325°F. WT 70S-B2L is best suited for welds…

Specifications: AWS A5.4 AWS E308/308L (-15,-16,-17) ASME SFA 5.4 UNS W30810/ W30813 Description: Stainless Steel type 308L is an austenitic type of stainless steel typically used to join common types…

Specifications: AWS A5.9 AWS Class ER308LSi ASME SFA 5.9 UNS S30888 Description: ER308LSi is similar to ER308L except it contains a higher silicon content which gives it improved wetting action….

…is needed with improved tensile strength. This alloy contains a low carbon content of between 0.04-0.08%, which allows for a higher tensile strength at elevated temperatures. WT 316/316H-16 contains molybdenum…

…aerospace engine components, chemical processing, etc. Yield Strength: 112,000 psi Tensile Strength: 68,000 psi Elongation: 44% Available in multiple sizes and diameters Chemical Composition (Wt%): Si Mn Cu Mo S…

Specifications: AWS A5.9 AWS ER309LMo ASME SFA 5.9 UNS S30986 ISO 14343-A W 23 12 2 L Description: ER309LMo contains an increase in Mo, compared to alloy ER309, which allows…

…metals requiring a 309L analysis but needing the molybdenum component. WT 309LMo-16 has a low carbon content to reduce the likelihood of intergranular corrosion, as well as increase the ferrite…