15kg 1.2mm Bohler FOXCORE 308L-T1 Flux Cored MIG Wire

$539.00

Product Introduction

High-alloyed austenitic stainless flux-cored wire for welding 304L type stainless steels. Suitable for all positions with excellent slag detachability and minimal spatter. Ideal for service temperatures from ¨C196¡ãC to 350¡ãC.

Specifications

Type E308LT1-4
Diameter 1.2mm
Weight 15kg
Base Materials 304, 304L, 321, 347
Arc Type Strong arc with fast freezing slag
Description

15kg – 1.2mm Bohler FOXCORE 308L-T1 Flux Cored Stainless Steel MIG Wire: Premium Welding Solution for Stainless Steel

Description

Experience exceptional welding performance with Bohler FOXCORE 308L-T1, a high-alloyed austenitic stainless steel flux-cored wire designed for welding 304L and stabilized stainless steels. Engineered with a rutile flux core, this 1.2mm wire delivers strong arcs, minimal spatter, and superior slag detachability, ensuring clean, precise welds in all positions without parameter adjustments. Ideal for moderate corrosion resistance applications and service temperatures from -196¡ãC to 350¡ãC.

Key Selling Points

  • All-position welding capability with consistent parameter settings
  • Fast-freezing slag for excellent vertical up and overhead weldability
  • Minimal spatter and superior slag detachability reduce post-weld cleanup
  • Wide arc ensures even penetration and side-wall fusion
  • Suitable for 304L, 321, and 347 stainless steels (up to 350¡ãC service)

Core Specifications

Classification E308LT1-4
Wire Diameter 1.2mm
Weight 15kg
Flux Type Rutile (T1)
Base Material Compatibility 304, 304L, 321, 347
Service Temperature Range -196¡ãC to 350¡ãC
Part Number BOH-E308LT1-4-1.2-57544
Arc Characteristics Strong, stable arc
Slag Type Fast-freezing
Corrosion Resistance Moderate oxidizing/dilute reducing acids

Applications

Perfect for welding 1.4307 (304L) and stabilized stainless steels (321, 347) in industries like chemical processing, food equipment, and architectural metalwork. Ideal for projects requiring corrosion resistance in oxidizing acids or cold/dilute reducing acids, and structural components operating up to 350¡ãC.

Performance Benefits

Engineered for versatility, this wire outperforms T0 variants in vertical/overhead positions while maintaining excellent flat/horizontal weld quality. The fast-freezing slag system prevents sagging, ensuring crisp bead profiles. Its low spatter design reduces material waste and post-weld finishing time, boosting productivity.

Quality Assurance

Manufactured by Bohler Welding, a global leader in welding consumables, this wire meets strict industry standards for chemical composition and mechanical properties. Each 15kg spool undergoes rigorous testing to ensure consistent performance and reliability.

Differentiation

Unlike standard T0 wires, FOXCORE 308L-T1 offers superior all-position capability without parameter changes. Its stronger arc and faster slag freezing provide better control in challenging positions, making it the preferred choice for complex stainless steel fabrication.

FAQ

  • Q: Can this wire weld 316 stainless steel?
    A: No, use E316L-T1 wire for 316 base materials.
  • Q: What shielding gas is required?
    A: This is a self-shielded flux-cored wire; no external shielding gas needed.
  • Q: Is it suitable for cryogenic applications?
    A: Yes, rated for service down to -196¡ãC.
  • Q: Can I use it for high-temperature (>350¡ãC) service?
    A: No, use niobium-stabilized FOXcore 347-T1 for temperatures above 350¡ãC.

Ready to elevate your stainless steel welding projects? Contact us today for pricing, technical support, or bulk order inquiries.

Shipping and Delivery

Packaging & Transportation

weldercutting Nozzles

weldercutting nozzles are precision components requiring careful handling.
 
Each piece is individually packed with shockproof foam and sealed to prevent dust, moisture and collision.
 
Sturdy outer cartons with clear fragile labels ensure safe delivery.
 
We use reliable logistics with full tracking to protect products during shipment,
 
guaranteeing intact and high-performance parts upon arrival.