Archive for the ‘MIG Welding’ Category

Iron Man 2 : The Welder

Friday, April 16th, 2010

Excited for the new Iron Man 2 movie coming out this summer?  Well, while you’re waiting, why don’t you check out this new IronMan 230 All-in-One MIG Welder from Hobart Welders?  It has everything you could want in a MIG machine — we only wish it had a bit more in common with its namesake (flying while welding anyone??)

Hobart Introduces IronMan 230 All-in-One MIG Welder with Superior Arc Quality and Greater Precision
Jon Crowley | Jan 14, 2010

Hobart Ironman 230

The IronMan™ 230 is a total redesign of the full-size MIG platform, outperforming the competition on arc quality, voltage control, duty cycle and value. It delivers 30-250 amps of pure power in a heavy duty cabinet. The arc of the new IronMan™ 230 is optimized to deliver a flawless weld, making spatter and post-weld cleanup almost non-existent. The IronMan™ 230 easily runs aluminum – just add the optional Hobart DP-3545-20 spool gun and you’re ready to weld aluminum from 18 gauge to 1/2″.

For improved feedability with aluminum wires or for extended reach with other wires add the Hobart 3545-20 spool gun with its 20 ft. cable length.

CONTINUE READING ONLINE ->

Welding on the Classics

Wednesday, February 17th, 2010

Interested in learning about restoring classic cars? Well, you’ve come to the right place!

The folks over at Second Chance Garage have given us a step-by-step guide to choosing the right welder for the job:

Selecting the Right Welder for Classic Car Restoration Projects

What Welder To Use?

The most common welders used in auto restoration, therefore, are MIG (metal arc welders, gas or flux-cored), TIG (tungsten arc welders using shielding gas) and Arc Welders (the traditional “stick” electrode).

To choose the most appropriate one for your needs, you have to consider the following parameters:

* What is the maximum and minimum thickness of metal to be welded? Fortunately, automobiles use metals that fall into a relatively narrow range.

* What is the metal type? Again, automobiles generally are made of steel and, rarely, aluminum.

* What is the normal position the welding “head” will be put in? Do you need to do a lot of welding overhead? The answer is usually no here.

* How much current is available in your shop and do you have 220 volts? Check your circuits.

Let’s be frank. Our overwhelming favorite type of welder is the MIG. We’ll explain why shortly, but first we’ll give an overview of the other contenders. Here we go!

CONTINUE READING ONLINE ->

Connect with Miller and Win!

Wednesday, February 10th, 2010

Want some free Miller welding equipment???

This month, Miller Electric is giving away over $2,000 worth of welding supplies to one lucky grand prize winner!

To enter for a chance to win, just sign up for one of Miller’s eNewsletters to keep in touch with industry news and the latest how-to advice!

Complete Grand Prize Package:

MIG Savings

Wednesday, November 18th, 2009

Interested in saving money while you’re welding this autumn?  Check out this article by Welding Magazine — it lists ten simple ways that you stay thrifty, and that’s just when you’re using your MIG gun!

10 Money-Saving Tips for Semi-Automatic MIG Guns

By DAVID BELLAMY | Jul 1, 2009 12:00 PM

Your welding operation, just like any other portion of your business, offers opportunities to conserve resources.

tweco_mig_guns_replcmnt_ptsThe economy continues to challenge all of us, and it seems everyone is watching his or her finances (at home and on the job) and looking for innovative ways to save money. Your welding operation, just like any other portion of your business, offers opportunities to conserve resources. Consider these 10 money-saving tips for MIG gun care and maintenance, and don’t be surprised to discover you will improve your welding performance in the effort.

TIP #1: PROTECT YOUR ASSETS

Keep your nozzles, retaining heads (diffusers) and contact tips in the original shipment package until you are ready to use them. This prevents scratches and/or dents where spatter can accumulate and will make them last longer. It also prevents dirt, oil or other debris from adhering to the consumables and inadvertently entering the weld puddle.

CONTINUE READING ONLINE ->

What are you doing this fall to save cash?  Share your best ideas with the rest of us!

The Metal Worker from Down Under

Friday, August 7th, 2009

I may have just found my new favorite welding website: The Metal Worker.  It’s Australia’s “premier metalworking news website” and it’s keeping me up to date on all the latest international welding news.  They even have some helpful tips – check it out:

Ten things about MIG welding

10 July 2009

WELDING Industries of Australia has listed ten things which not many people know about MIG welding.

1.    A MIG welder operates by creating an arc between a continuously fed filler metal (consumable) and the material being welded.

2.    MIG welding can weld all common metals, including carbon steel, stainless steel and aluminium.

3.    The MIG welding process caters for either light gauge material, such as sheet metal or thick plates, such as structural steel.

4.    MIG welding is up to four times faster, with nearly double the metal deposition rate when compared to the Stick welding process.

5.    Welders are classified by how much amperage they can generate at a given duty cycle.  Basically, amperage equals heat. Amperage required also varies with wire size, welding position and shielding gas being used.

6.    Duty cycle is the amount of time during a 10-minute period that a welder can operate at any given amperage without overheating. For thicker metals or bigger jobs, choose a welder with higher duty cycle capabilities.

7.    MIG welders can be used for both solid wire or flux cored wire. Switch the polarity links near the drive system to change from solid to flux cored wire.

8.    MIG welders offer the versatility to run different diameter wires.  Using thinner wires, such as 6mm, minimizes the chance for burn-through on thin materials.  Conversely, using thicker wires, such as 1.2mm will deposit larger welds and can help ensure excellent fusion on thicker metals.

9.    The shielding gas required varies with the type of application and metal being welded.  Most mild steel applications call for a mixture of 75% Argon and 25% CO2.  Aluminium requires pure Argon, whereas stainless steel welds best with a tri-mix, or Argon and 2% Oxygen.

10.    MIG welding can be used across a wide range of applications and welding positions, including rural work, metal fabrication, manufacturing and automotive.

What are your favorite welding websites?  Let us know – we’re always on the lookout for up and coming welders, new companies, and the latest in welding equipment!

Copyright 2008 Arc-Zone.com®,Inc. All Rights Reserved.