BLUME® ER310

✅ High-temperature oxidation resistance – Maintains integrity and surface stability up to 2100°F (1150°C)
✅ Superior corrosion resistance – Performs reliably in oxidizing and carburizing atmospheres
✅ Smooth and stable arc performance – Reduces spatter and enhances bead appearance
✅ High chromium (25%) and nickel (20%) content – Delivers outstanding heat and corrosion resistance
✅ Excellent mechanical properties at elevated temperatures
✅ Precision wire feed consistency – Ensures reliable weld quality in automated or manual setups
✅ Manufactured under BLUME®’s strict quality standards – Consistent chemical composition and performance

✔ Furnace parts and heat treatment equipment
✔ Burners, combustion chambers, and heat exchangers
✔ Power generation and boiler fabrication
✔ Kiln and incinerator components
✔ Petrochemical processing plants
✔ High-temperature ducting and exhaust systems
✔ Overlaying and cladding on carbon steel surfaces exposed to heat

BLUME® ER310 Datasheet

Q: What makes BLUME® ER310 different from other stainless MIG wires?
A: BLUME® ER310 is specially formulated with higher chromium and nickel for superior heat and oxidation resistance, making it ideal for high-temperature environments where standard stainless wires fail.

Q: Can I use BLUME® ER310 for welding carbon steel?
A: It can be used for cladding or joining carbon steel, but it’s primarily intended for similar stainless steels (310, 310S) to maintain high-temperature performance.

Q: What shielding gas is recommended for ER310 MIG welding?
A: For best results, use 98% Argon + 2% Oxygen or 95% Argon + 5% CO₂. These provide optimal arc stability and bead wetting.

Q: Is post-weld heat treatment required?
A: Generally, no. However, depending on the service temperature and material combination, a controlled cooling process is recommended to minimize thermal stress.

Q: Why should I choose BLUME® ER310 over other brands?
A: BLUME® wires are engineered for consistency, ensuring cleaner welds, less downtime, and superior metallurgical integrity—helping you reduce rework and increase productivity.