Table of Contents
What is the most consumable part of the MIG torch?
To ensure the best conductivity, and welding performance, be certain that the connections between the retaining head, contact tip and nozzle are secure. MIG gun consumables, which comprise the front-end part of the gun—the nozzle, retaining head and contact tip—plus the liner, are at the heart of the welding process.
What are MIG consumables?
MIG gun consumables are the parts of the welding gun that wear with use and require ongoing replacement to ensure consistent weld quality. Consumable systems are comprised of the following components: Nozzle / gas cup. Contact tip.
What are the parts of a MIG gun?
Parts of a MIG Welding Gun
- Swan Neck.
- Insulating Washer.
- Diffuser.
- Tip Adaptor.
- Nozzle/Shroud.
- Contact Tip.
- Liner.
- Switch/Handle/Cable Support.
What are welding diffusers made of?
Welding Diffuser Material Factors
| Material | Heat Conductivity | Yield Strength |
|---|---|---|
| Copper | 384 | 200 – 360 |
| Copper Alloy | 310 – 330 | 200 – 420 |
| Brass | 123 | 360 – 500 |
What are the welding consumables?
Flux and filler metals together are known as welding consumables. Stick electrode, flux-cored wires, solid wires, SAW wires and fluxes are some of the welding consumables employed during the welding process.
How far should MIG tip stick out?
Keep your wire stickout to 1/4 to 3/8″ (stickout means the distance the wire is extending from the end of the contact tip.) This one simple tip can have the biggest effect on your mig welding. I have gone over this before on other pages but it warrants repeating again and again.
How do I choose a MIG nozzle?
The best choice is to use as large of a nozzle as possible that still allows access to the weld joint. Doing so helps ensure the greatest shielding gas flow. Larger nozzles are also less prone to collecting spatter compared to those with smaller inside diameters.
What are the components of a welding torch?
The basic oxyacetylene torch comprises:
- torch body (or handle)
- two separate gas tubes (through the handle connected to the hoses)
- separate control valves.
- mixer chamber.
- flame tube.
- welding tip.
Why are contact tips copper?
Copper is considered a standard metal for contact-tip construction due to its excellent conductivity (it’s the second most conductive metal behind silver) and its ability to withstand the high heat generated by the welding process.
What is anti-spatter spray made of?
The anti-spatter spray contains a silicone or similar ingredient that is typically a petroleum-based or water-based solvent that prevents the spatter from sticking. There is also an anti-spatter gel format and both versions are cost-effective solutions that work.
When should I change my MIG contact tip?
If you’ve already noticed changes in the quality of your arcs and the overall weld, then it’s a clear indication that your contact tip must be replaced as soon as possible.
What are 5 TIG torch parts?
Basic TIG equipment components include:
- Tungsten electrode.
- Welding machine (constant current-CC, AC, DC+, DC- or AC/DC).
- Torch or electrode holder.
- Shielding gas supply (helium, argon or mixture): argon better for thinner metals due to lower heat requirement.
- Filler metal rod.
What are Bernard® and tregaskiss® consumables?
Genuine Bernard® and Tregaskiss® consumables enhance the performance of your MIG welding gun. They are manufactured to the same durable, high-performance standards as every MIG welding product we build, and they deliver the improved performance you’ve come to know and expect from us.
When did tregaskiss stop making MiG guns?
DISCONTINUED PRODUCTS – ACC and ACD Series Automatic Air-Cooled MIG Guns February 26, 2021 Tregaskiss® will discontinue the sales of ACC and ACD series automatic air-cooled MIG guns (formerly branded Bernard®) and parts as of August 31, 2021. These are in addition to the ACA and ACB series that were discontinued in January.
Can I use Tough Lock consumables on other brands of MiGs?
You can still enjoy the benefits of TOUGH LOCK consumables by installing them on other brands of MIG guns by using our TOUGH LOCK conversion series.
What are the benefits of using a tough gun?
Maximize Throughput. Minimize Costs. Designed for high-volume production environments, TOUGH GUN® CA3 robotic air-cooled MIG guns are engineered for precision, durability, accuracy, repeatability, minimal downtime and fast and easy maintenance.