
Package Price:
$626.52/4.54kg tubeWhen expensive dies and molds develop heat checks or wear down, you need a filler metal that doesn't just fill the gap—it needs to perform. The UTP H13 TIG Rod is your go-to solution for bringing hot work tools back to life. Designed for professional tool and die welders, this 1.6mm rod gives you the puddle control you need to build up worn edges or fill cracks with surgical precision. The clean surface finish of the rod ensures a stable arc and smooth flow, minimizing defects in critical repair areas.
Welding on tool steel can be unforgiving, but UTP H13 is formulated to give you the best chance of success. The deposit matches the chemistry of standard H13 steel, meaning your repair will expand and contract at the same rate as the base metal, drastically reducing the chance of the repair popping out or cracking under heat. Whether you are fixing a washed-out gate on an aluminum die cast mold or rebuilding a chipped forging hammer, this rod provides a deposit that is tough, heat-resistant, and machinable.
Consistency is key in tool repair. UTP's manufacturing process ensures that every rod in the 4.54kg tube performs exactly like the last one. The 1.6mm size is versatile enough for both fine detail work and moderate build-up. Once welded, the deposit can be machined with tungsten carbide tools, allowing you to bring the part back to exact tolerances. It polishes well, which is crucial for plastic injection molding applications where surface finish is everything.
Don't risk your reputation on inferior filler metals. Use UTP H13 for repairs that hold up under pressure and heat, keeping your customers' production lines running longer.
| Additional Information |
|---|
| Brand:UTP |
| Diameter:1.6mm (1/16") |
| Grade:H-13 |
| Packaging:4.54 kg Tube |
| Weld Process:TIG (GTAW) |
| Position:All Position |
| Alloy Type:Chromium-Molybdenum-Vanadium Tool Steel |
| Hardness:50-55 HRC |
| Shielding Gas:100% Argon |
| AWS Classification:ERH13 |
| Packaging Description:4.54kg tube |
| Polarity:DCEN |