BLUME® ER309Mo

✅ Molybdenum-alloyed chemistry – Delivers superior resistance to pitting and crevice corrosion
✅ Excellent for dissimilar metal joints – Ideal for joining stainless to carbon or low-alloy steels
✅ Enhanced weld strength and ductility – Reduces cracking and distortion under stress
✅ Smooth, stable arc with low spatter – Ensures precise, professional results
✅ High corrosion resistance in harsh environments – Perfect for marine, chemical, and food industries
✅ BLUME® quality precision – Consistent wire feed, low fume generation, and clean bead appearance

✔ Welding stainless steel to carbon steel or low-alloy steel
✔ Cladding and overlay requiring enhanced corrosion protection
✔ Pressure vessels, chemical tanks, and piping systems
✔ Marine and offshore fabrication exposed to saltwater
✔ Food, beverage, and pharmaceutical equipment
✔ Heat exchangers and industrial processing units

BLUME® ER309Mo Datasheet

Q: What is the advantage of molybdenum in ER309Mo MIG Wire?
A: Molybdenum significantly improves resistance to pitting, crevice, and stress corrosion cracking, especially in chloride-rich or acidic environments.

Q: Can BLUME® ER309Mo be used for joining stainless to carbon steel?
A: Yes – it’s specifically formulated for dissimilar metal welding, providing superior strength and corrosion resistance at the fusion line.

Q: What shielding gas is recommended for BLUME® ER309Mo?
A: Use 98% Argon + 2% Oxygen or 95–98% Argon + 2–5% CO₂ for optimal arc performance and bead wetting.

Q: Is BLUME® ER309Mo suitable for marine and chemical applications?
A: Absolutely – it’s designed for marine, offshore, chemical, and process industries, where resistance to saltwater and aggressive chemicals is critical.

Q: How does BLUME® ER309Mo differ from ER309L?
A: ER309Mo includes molybdenum, offering superior corrosion and pitting resistance, while ER309L focuses on low carbon content for intergranular corrosion prevention.