How much weld per hour

I see new guys in our area all the time and they are always going to be more "fair" than so and so. They come and go or move into a different line of work. Do you have much competition where you are?? Just because someone welds for a living at a job doesn't mean you can bid jobs competively and still make enuff money to survive. A good shop foreman would possess the skills neccessary but even he would have to learn the hard way. That book sounds like it is giving you figures on the safe side of things taking into account of all the things one must do to complete a job dead on perfect.

Not just walking up to a previously prepped part and burning rod as fast as you can. MM P I went thru 33 of. In further consideration I think this "book" I was speaking of printed in the 's and I have only a few pages is talking about what to expect a welder to accomplish in an hour.

As FM and others have pointed out the fillers and processes are capable of much higher deposition rates than the figures I listed. This all started out as a discussion between a fellow contractor and the different ways to approach bidding jobs. I am looking for alternate bidding ideas. I will know in another month the difference. THanks this has become a very interesting discussion. I don't bid much anymore although it may come back to that shortly but I don't go a lot by the materials as any kind of time guide.

The 3. When I was drilling and we calculated driving time to a job for mobilization cost, I think the miles per hour was something like 35 or 40 MPH. That didn't mean we couldn't drive the speed limit on the highway, but thats what we would average at the end of the trip.

We generally figure 10 feet an hour as a conservative number for shop welding. That accounts for easy and difficult work averaging out. At the job site I am visiting today I can't say where but it is not anyone I work for , the welders don't get any more than 3 feet an hour and it takes a welder and a tender to do it.

This is simple fillet welding in the 2F position, in the field, and with easy access. The GC has been pulling his hair out because the welding is going so slowly and there is really no good reason for it. I'm glad I'm not payiing the bill. This was structural welding that requires a fair amount of handling. In fact my datalogger has limited memory and was maxxed out in 1 hour for the person I tried it on. I'm not sure there is any chart you can use because every situation is different; some slow production is legitimate and some is not..

You can however, keep track of the welding and categorize it by the nature of the work, for future reference. Then you'll have at least some idea of a number to plug in. Years of production type welding in the field with approximately thirty percent of the time spent in prep and fixturing has led me to this general rule of thumb.

At the end of day, a reasonable to good skilled welder should complete one inch of compliant weld for every minute worked using SMAW process. The same skilled welder using FCAW process would complete three and one half inches per minute worked.

The morely highly motivated welders could push this into the five inch per minute range. Field conditions for these applicable numbers are very accurately described as reasonable access with favorable weather conditions and no tender. In situations where some level of increased productivity is required, you may choose to consider an incentive bonus of additional money per inch of completed and compliant weld. If the welder makes a mistake, he now feels the pinch.

Incidently these figures do not include connections requiring CJP welds such as moment frames. These are bid on a per point basis with each point being defined the completed CJP weld as would be UT'd. In California and portions of Nevada it is not uncommon to be paid by the inch as opposed to the hour for "Good" welders. The pay per inch varies by the differing employers. You do the math but the incentive to really excel at your craft is there. Keeping your hood down and the trigger pulled becomes paramount when the money is on the line.

Pipe repair is another common reason to hire a welding specialist. There are several different types of welding methods your welder may use:. Whether you want to build a decorative, wrought-iron fence around your property, or you need a pipe specialist to weld together a leak and make sure your plumbing is back in working order, a welder can help. Find a welder near you , along with reviews, on Thumbtack.

Millions of people ask Thumbtack for help with their projects every year. We track the estimates they get from local professionals, then we share those prices with you. Browse profiles, see prices and use filters to find pros who match your project. Join as a pro. See all. Events and more. Other Info. Cancel Search. How much will your metalwork cost? Get a free estimate. Thumbtack Cost Estimates Metalwork.

What's in this cost guide? What affects the cost to hire a welder? Materials A welder will need flux gas , wire, grinding wheels, sanding stones, and UV and high-heat resistant paint, for welding. Type of metal. Repairs and small jobs. Get a free estimate from a great metalworker near you. See pros. Type of welding project The type of welding project also impacts the overall price. What types of welding are there? There are several different types of welding methods your welder may use: Stick welding , or shielded metal arc welding, melts two separate metals together by applying extreme heat at the seam, which bond together after they cool down.

Metal inert gas MIG welding, or gas metal arc welding, uses a tool to feed a wire over an electrical arc vs. Once cool, they fuse together. Tungsten inert gas TIG welding. However, the welder must hold and manually feed the stick instead of using a tool. Gas welding : Metal is heated to a melting point using a mix of flammable gas and oxygen.