titanium welding wire

Product Introduction

Mechanised and automated titanium welding puts the wire through a feed system, so a badly wound spool or a burr on the surface stops the torch mid-pass. This page covers precision layer-wound MIG wire made for high-deposition, continuous welding of large titanium structures.

Specification Table

Applications and Titanium Advantages

The wire is used for large-area, high-efficiency MIG welding of titanium alloy structures in automated welding bays, large titanium fabrication shops and shipyards. Feed problems, spatter and unstable bead formation are the recurring complaints, and all three are strongly influenced by spool winding quality and surface condition.

• Precision layer winding gives smooth, consistent wire feed through mechanised torches.
• A clean, burr-free surface reduces spatter and produces a stable, repeatable bead.
• The deposit has high tensile strength, supporting structural welding of titanium alloy components.

Quality and Purchasing Information

Confirm the diameter, spool weight and format, quantity, material grade and the welding procedure being used, and state whether the wire will be fed by a robot, a column-and-boom system or a hand torch. Tibars reviews the requirement and confirms the winding and packaging before despatch.

• For this titanium MIG welding wire, fix the grade, dimensions, tolerance class, order quantity and delivery point before the order is placed.
• Material certification, dimensional records and third-party inspection can be arranged for this titanium MIG welding wire when the requirement is stated in the enquiry.
• Where this titanium MIG welding wire must be produced to a drawing, share the drawing, mating parts and service conditions so manufacturability can be confirmed.

Request a Quotation

Send the diameter, spool format, quantity and welding system details, and Tibars will quote this titanium MIG welding wire with the applicable documents.