STAVINOX 316 / 316H
316 / 316H welding wire is made for austenitic stainless steels that run at high temperature under long-term creep conditions. It is commonly used on 316 and 316H stainless steel where strength, ductility and resistance to thermal embrittlement count. A modified weld metal composition lowers the risk of cracking in thick, highly restrained weldments, which suits critical high-temperature structural service.
Product details
Key Features and Benefits
316 / 316H welding wire is built for the tough demands of high-temperature industrial work.
- Made For High Temperature Service Fits components working between 500 and 800 degrees Celsius under long-term creep conditions.
- Better Resistance To Thermal Embrittlement A modified weld metal composition keeps ductility in place through prolonged high-temperature exposure.
- Lower Risk Of Haz Cracking The more ductile weld metal reduces the likelihood of early service failure in thick, restrained weldments.
- Works On Several Stainless Grades The wire can also join 321, 321H, 347 and 347H grades in high-temperature structural applications.
- Sound Mechanical Properties The weld metal offers good tensile strength, impact resistance and elongation.
- Steady Feeding And Arc Behaviour Precision layer winding gives smooth feeding and consistent welding performance.
With these advantages, 316H stainless steel welding wire is a good match for critical high-temperature fabrication.
316 / 316H Specifications
The table below gives the main mechanical properties and welding conditions for 316 / 316H welding wire.
|
Product Name |
AWS SFA Classification |
Yield Strength N mm² |
Tensile Strength N mm² |
Elongation A5 Percent |
Impact Energy ISO V at 20 C |
Welding Conditions |
|---|---|---|---|---|---|---|
|
STAVINOX MIG 316 316H |
AWS A5.9 ER 316 316H EN ISO 14343 A G 19 12 3 H |
≥ 500 |
≥ 650 |
≥ 30 |
≥ 80 |
DC Positive |
Properties
Stanvac International 316 and 316H welding consumables see wide use in chemical, petrochemical, marine and general industrial fabrication, where corrosive environments and elevated temperatures are routine.
- Austenitic Stainless Steel Weld Metal: Gives stable, crack-resistant welds with excellent toughness and ductility, for fabrication and repair alike
- Enhanced Corrosion Resistance: Molybdenum in the deposit improves resistance to pitting, crevice corrosion and general attack in chloride-rich and acidic environments.
- High-Temperature Performance (316H): 316H has a higher carbon content by design, which keeps strength up at elevated service temperatures without sacrificing corrosion resistance.
- Good Mechanical Strength: High tensile and yield strength combined with balanced ductility let welded joints cope with stress, vibration and thermal expansion.
- Smooth and Uniform Weld Beads: Welds are clean and attractive, with excellent wetting and minimal spatter, so less finishing is needed afterwards.
- Stable Arc Performance: Reliable welding with consistent metal transfer in MIG, TIG and stick processes.
- Versatile Applications: Well suited to chemical processing equipment, storage tanks, piping systems, marine structures and industrial fabrication in harsh or high-temperature environments.
Together, these properties make 316 / 316H consumables from Stanvac International a dependable option for safe, durable, high-performance stainless steel welding.
Related Products
Stanvac International supplies further stainless steel welding consumables that complement 318Si and cover a variety of industrial applications:
- 309 and 309H Stainless Steel Welding Wires: Suited to joining dissimilar metals, giving strong, crack-resistant welds under high stress.
- 310 Heat-Resistant Stainless Steel Welding Consumables: Built for elevated temperature work, with excellent oxidation resistance and thermal stability.
- 347 and 347H Stainless Steel Welding Wires: Niobium-stabilized wires that resist intergranular corrosion very well and perform reliably in high-temperature service.
- 321 and 321H Stainless Steel Welding Wires: Titanium-stabilized wires for high-temperature fabrication, giving durable joints with a reduced risk of carbide precipitation.
These products offer flexible, reliable and long-lasting answers for fabrication, repair and maintenance in demanding industrial settings.
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