Category Archives: A Day in the Life of a Metal Worker

Renaissance Man Holiday Jam 2017

Friday December 15th from 5:30 to Midnight
2203 N Pace blvd

 

This will be the do not miss event of the season!
Metal art, three screens projecting my crazy Art movie, a huge freestyle jam session, face painting, portrait illustration, photo booth, fire dancing and door prizes. Please come, be festive and have the time of your life!
Be a part of the art!

Any contribution you can add is encouraged and greatly appreciated! Bring your painting stuff do a dance, wear costume, join the jam, bring food or drinks anything to add to the fun!

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Stadium Desk

In light of the CFP Championship that ended with Clemson’s victory over Alabama, 35-31 (yes, we were on the edge of our seats too!). We think it’s the perfect time to share our Stadium Desk with you! We were contacted by Mike in November of 2016.  He had a special project he needed our help on and we jumped at the opportunity to be a part of such an unique piece. He had wood from the original Clemson Stadium! Mike was Clemson Alumni and he was lucky enough to be leaving college as they were replacing the original cedar wood stadium seating with aluminum, just in time to leave with some of the cedar wood.

The original Clemson Memorial Stadium was built in 1941-1942 to meet the demand of new found fans that were flocking to Frank Howard Field to watch the Fighting Tigers in action. Against the judgment of late coach Jess Neely, Clemson decided to go through with building their new stadium to seat 20,500 fans. In 1942, I would imagine they’d never dream of needing more seating.  However, by 1958 they were expanding again and by 1972 they were switching out their cedar wood bleachers with aluminum.

Mike was able to snag some beautiful pieces of wood and originally used them to build a Trestle Table which was in use just before his move to Pensacola in 2016. He knew he wanted to use the wood for something just right and when he settled in Pensacola, he knew he needed a desk. Thankfully, that’s where Renaissance Man Inc came in!

Kevin got right to work on designing a functional desk for Mike that held a lot of sentimental value.  With a few meeting of the minds, Kevin and Cleland got right to work and between Kevin’s way with metal and Cleland’s extensive cabinetry knowledge they created a timeless piece that many will admire for years to come.

As I touched the smooth wood and thought of all the memories it held, I couldn’t help but wonder what came of the other Cedar wood? I hope it found a great new purpose like Mike’s.

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Finishing out 2016 with a bang!

On the coldest night of the year we hosted our Annual Christmas Bash and don’t you know, it was the best ever! The fires were going and the music was jammin, oyster shells littered the table close by our Mother Shucker, https://www.youtube.com/watch?v=BzRqYLS2xcg, don’t back up or you’ll run into our human sized pot of gumbo! Oh, the people…they danced and sang and stood in line for the kegerator.  We got to see some of our closest friends, family and great customers! The best part? We made many new friends! 

The Christmas presents! How could we forget? Along with clients purchasing our Mother Shucker and original Renaissance Man ornaments, we also got to fabricate some great gifts. Like this bad mama jama of a grill that we know will outlast all of us. Seriously guys, the great great great grand kids will be grillin’ their hybrid tofu burgers on this thing. 

Now for 2017! We know this will be a blessed year for all of us! Here at Renaissance Man Inc, we’re ready to conquer it!

 

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Taco Agave Sculpture

Allow us to introduce our second sculpture for the World of Beer establishment! This aluminum agave sculpture will reside in World of Beer’s newest concept – Taco Agave, which is scheduled to open soon.

After being commissioned for the World of Beer patio railing, the drink rails at Casino Beach Bar and the Blend sculpture, we were extremely excited to work on this project.

 

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Dog years, dog days, dog minutes and seconds. I made a dog clock today?I call it “Dog time”it is for Barktober fest, a benefit for our local Humane Society.  

Hey a dog clock? You might ask what motivated me to make a dog clock? As a business owner and an artist I get asked to donate to all kinds of events. And yes you can ask too, but just be aware at this point there’s no way we can accommodate all of the request. But we will do what we can, and generally we donate something to about 6 to 8 events a year.  It’s all about giving back to the community and trying to help make the world a better place.  So please let me encourage you to do what you can too! Do it ! It feels good to help!

It’s about dog gone time!

 

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A Simple Explanation of Welding

Welding is probably the best know method of joining significant bodies of metal together.

Soldering is also a well-known method of joining metals, but the “joint” (join point) is weaker because the metals being joined don’t actually melt, making it more applicable in electronics and fine art or jewelry-making than structural work. It’s not infrequent that we use silver soldering in some of our projects around the shop. Brazing and Riveting are the other two forms of metal joining with brazing being similar to soldering (in that the work pieces aren’t melted) and riveting is done by drilling holes in the work pieces through which bolts are passed onto which permanent heads are created on either side.

English_-_Gun_Shield_-_Walters_511414Joined metals are at the foundation of modern civilization and here in Pensacola, on the Gulf Coast, and nationwide – if not worldwide – skilled welders of various specialties are numerous.  We wanted to add a simple explanation of the different types of welding for our friends and customers who are interested in learning, want further clarification or would like a reference resource. We want our clients to have as much of an understanding of the processes and methods we use so that the quality of our work and our attention to detail won’t go unappreciated (or unshared).

As far as the broad categories of welding go, Arc Welding and Gas Welding are the processes most common in small to medium sized metalwork or welding shops like Renaissance Man (as opposed to Energy Beam, Solid State or Resistance welding which are more likely to be found in large commercial production facilities).

Arc Welding is the process in which a power source is applied to an electrode, creating an electrical current which arcs through the air, connecting with a base material located at the weld point, exciting the molecules of the work metal to be joined to the point at which the molecules between the distinct pieces of metal become merged.

Gas Welding simply uses heat from a gas flame to excite the molecules of the work metals into a joinable temperature. Gas Welding is less popular – especially in industrial applications – than it was in the past, and the join points are less durable than with other weld methods, but the methods, tools and materials are relatively attainable and it remains a popular and sensible approach to pipes, tubes and repair work.

Common Methods of Gas Welding

Oxy-Acetylene Welding

The most common gas welding technique in which a blend of oxygen and acetylene gas are feed into the welding torch and ignited, creating the highest flame temperature from gas fuels. As fuel gasses go, acetylene is expensive and an unstable gas, requiring specific handling and storage procedures.

Oxy-Gasoline Welding

In cases where fabrication is cost-limited, pressurized gasoline can be used to fuel welding torches, particularly in situations where acetylene canisters cannot be obtained. Particularly in developing countries and poor areas, a common practice among jewelry-makers is to weld using a torch fueled by hand-pumped gasoline.

MAPP Gas Welding

Methylacetylene-propadiene-petroleum (MAPP) is more inert than many of the other other gas mixtures, making it safer and more popular with hobbyists and recreational welders (who also need to consider the issue of storing the materials). MAPP can also be used at very high pressures, allowing it to be used in high-volume cutting operations.

Butane/Propane Welding

Butane and propane are heavier gases which can be combined or used individually. They, like MAPP, are less expensive than acetylene and easier to transport, but have a lower flame temperature. Propane torches are more frequently used for soldering, bending and heating.

Hydrogen Welding

Hydrogen can be used at higher pressures than other fuel gases, making it especially practical and common in underwater welding. There is also hydrogen welding equipment that works by splitting water into hydrogen and oxygen (through electrolysis) as the fuels sources to be used in the welding process. This type of electrolysis is often used with small torches, such as those used for jewelry making.

Common Methods of Arc Welding

Electroslag Welding

Electroslag welding came into practice in the mid-1950s. It’s a fast welding process employed to join large materials such as thick steel plates. The plates or materials are usually arranged in a vertical position, as the Electroslag weld is designed to weld at this angle without causing distortion to the welder. The name ‘Electroslag’ was derived from the use of water filled copper areas within the device, which were included and designed solely to prevent melted ‘slag’ from pouring into other areas as it liquefied.

Flux-Cored Welding

Flux-cored (“flux-core”) welding was created and put into use in the early years of the 1950’s. Its purpose was to give another option to the popular use of ‘stick welding’. The Flux-Core process is mostly used for projects that require fast speed as it is an automatic form of welding. Many construction workers use this process on the job because of the speed and the ability to use flux-core welding in multiple situations on various materials. Flux-core and stick welding are our go-to methods for many outdoor projects, as wind can be a factor. Being in Pensacola, right on the gulf coast, a lot of our railings end up being on waterfront balconies. And yes, it gets breezy.

Gas Metal Arc Welding

The process of Gas Metal Arc Welding (GMAW), created in the 1940’s, is another automatic welding process. This method consists of the use of a welding gun which automatically feeds the weld metal through the gun for use. The weld gun also automatically distributes a protective gas as a shield from the natural elements. This process saves a lot of time and is best for a large quantity of welding work. It was originally developed for use with aluminum metals. Today, this method is mostly used by those welders in the automobile repair and manufacturing industries.

Gas Tungsten-Arc Welding

Gas Tungsten-Arc Welding is considered to be one of the most difficult and time consuming of welding processes used today (along with Plasma Arc Welding). This is because it requires a great amount of focus and skill due to the small area of space between the ’arc’ of the flame and the material being welded. Usually, small strips of metal that do not contain much iron are welded with this process. Though it is difficult, it produces extremely strong high quality welds when done correctly. Welders manufacturing bicycles and aircraft, both commercial and military, use Gas Tungsten-Arc Welding often while many other welders will never come across this process. Very little change has been made to this process since its release back in 1941.

MIG (Metal Inert Gas) Welding

GMAW.welding.af.ncsThe primary form of welding we use in the shop, Metal Inert Gas Welding is a process of welding that uses a gas to shield the weld metal. The gas keeps the metal being welded from being effected from natural elements in the environment, such as oxygen. This allows the welder to operate at a continuous rate, making the process fairly quick. Operation of the equipment does not require an extreme level of skill by welders, however, the equipment used in MIG Welding can only be used indoors due to the gas involved in the welding process. MIG Welding was originally released in the 1940’s but underwent many upgrades until being perfected in the 1960’s.

Plasma Arc Welding

Plasma Welding is very much like that of Gas Tungsten-Arc Welding (GTAW). The two processes are often compared because they basically work in the same fashion, only using a different type of torch. This method was developed in 1954, though even today, it is still being improved upon. Plasma Welding also requires more concentration than GTAW because of the smaller arc and precision of the weld. In Plasma Welding, the electrical current is passed through an extremely small nozzle which passes through the protective gases, enabling extreme accuracy when welding small areas. Plasma Welding can heat metals to very extreme temperatures which can result in deeper welds. Like GTAW, this welding process is generally used in the aircraft manufacturing industry.

Shielded-Metal Arc Welding

Shielded-Metal Arc Welding (SMAW) is also referred to as ‘stick welding’. This process is known to be the most popular and widely used processes in welding today. The first form of SMAW was created in 1938 but the process and equipment continues to undergo upgrades. It is a manual welding process that is very simple and inexpensive to operate. The results often are not as ‘neat’ as other methods and molten splatter is a common occurrence. Stick welding is mostly used by construction welders working on steel structures and other industries that require welding but do not have large budgets.

Submerged Arc Welding

The Submerged Arc Welding process can only be used properly on materials containing high iron contents, such as stainless steel. The device used in this process can be automatic or semi-automatic making it a fairly fast welding process. While it is a fast process, the electrical arc must constantly be covered by ‘flux’ in order to protect the metal from the atmosphere during the welding process. This cover also prevents any welding spatter which makes it safer for welders than some of the other forms of welding. The process is named after this need to be ‘submerged’ in a flux cover.

TIG (Tungsten Inert Gas) Welding

Tungsten Inert Gas welding is much like the process of Metal Inert Gas (MIG) welding. The main difference between these two forms of welding is that TIG uses a tungsten current form, while MIG uses a metal electrode. Because TIG uses tungsten, it requires an additional filler placed inside the welding device as tungsten does not melt in the welding process. Tungsten is unique as it can be heated to a higher temperature before melting than all other metals. Tungsten Inert Gas Welding is usually used in industries that work with stainless steel. We use TIG welding a good bit around the Renaissance Man shop.

Resources:

http://en.wikipedia.org/wiki/Metalworking
http://en.wikipedia.org/wiki/Welding
http://en.wikipedia.org/wiki/Electrolysis
http://www.gowelding.org/articles/types-welding

 

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Featured in Article on Success Through Persistence

2014-07-16_Trish-Taylor-CROP-by-Joshua-Paul-Ramey-via-DropBox_1-300x300
Trish Taylor of Taylored NLP

This is kind of cool. How many welders get featured in articles by Life Coaches?

And Trish Taylor (Taylored NLP) uses Neuro-Linguistic Programming as a primary method in what might be considered customized behavioral modification. It’s pretty interesting stuff and we’re really happy to have Taylored NLP and Miss Taylor’s work here in Pensacola.

Check out the article for a short, fun read.

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Stainless steel cable, glass and ornamental metal balcony railings showcase the great outdoors. 

When the weather is good, it is really nice to sit out on your balcony and enjoy the view.     Stainless steel cable railings are great for giving you a clear view

 Glass railings are another option for a crystal clear view.

     Ornamental metal railings offer lasting safety and beauty for your home or business  Balcony railings that combine form and function are an essential part of an upstairs outdoor living areas.

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Maintenance Tips for your Aluminum or Steel Fence – Perfect Children’s Outdoor Chore

kid-hose-car
source: http://www.flickr.com/photos/ian_munroe/3648914405/

Cleaning an aluminum or steel fence is so easy most of the time even a child can do it. Typically it takes little more than a water house and a soft scrub brush with the option of a bucket of warm, soapy water. So…

MATERIALS:

  1. Water Hose
  2. Soft Scrub Brush
  3. Warm Soapy Water (optional)

FREQUENCY

Putting some attention into your steel fence once a year should be plenty often. Try to keep and unmaintained foliage away from the metal, as it will hold moisture against it, hastening potential rust and deterioration.

CLEANING PROCESS

Most of the time you can clean your metal fence by simply spraying it off with a water hose. If you do come across tough stains or areas that need a little scrubbing, the following procedure should clean the surface.

  • Step 1: prepare a bucket of soapy water by filling a bucket with warm water and mixing in a metal-safe cleaning solution (one that won’t increase chances of rust development – just ask at your local hardware store – we like Pensacola Hardware).
  • Step 2: Dip the soft bristle scrub brush in the soapy waterand scrub the soiled areas of the fence.
  • Step 3: Rinse by spraying off with a water hose.

So when the kids are looking for that little bit of extra allowance, or trying to make up for breaking the cookie jar, “To the yard, kiddo!”.

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Aluminum and Stainless Steel Cable Rail on Waterfront

Aluminum & Stainless Steel Cable Rail
Aluminum & Stainless Steel Cable Rail

A custom balcony or stair railing can always add beauty to a building or home and the Renaissance Man team enjoy elaborate and ornate projects, but sometimes the location itself emanates such beauty that the design goal is simply to add a safety feature with as little interference as possible, which is most definitely the case on this project.

Aluminum & Stainless Cable Railing
Aluminum & Stainless Cable Railing

Pictured here at the Preisser Residence, facing the Gulf of Mexico are two balconies on a stately three-story home embraced in a wreath of semi-tropical foliage.

Cable Rail Tension Ends
Cable Rail Tension Ends

We used an ultra-smooth, comfortable aluminum framework with a black finish just glossy enough to catch the sun, supplemented between the posts with stainless steel cabling that is stretched tight at either end and passes seamlessly through precisely placed holes at the mid-posts, secured by bolts visible only by a thin steel collar and softly rounded divot. The measurements echo the geometry of the stair and balcony planks.

Measurements Echo Structural Geometry
Measurements Echo Structural Geometry

A design like this is not only a near-transparent safety feature, but it is also virtually maintenance-free; corrosion/weather resistant and easy to clean. Click on any image for a full slideshow tour of the completed project.

Steel Cable passing through Mid-Rails
Steel Cable passing through Mid-Rails
Meeting of Cable and Aluminum Bar Designs
Meeting of Cable and Aluminum Bar Designs
Cable Rail Secured with Divots
Cable Rail Secured with Divots
Cable Rail Secured with Divots
Cable Rail Secured with Divots – Detail
Wreath of Foliage
Wreath of Foliage
Symmetry
Symmetry
Geometry Matches Structural
Geometry Matches Structural
Catching the Sun's Light
Catching the Sun’s Light
Soft Corners
Soft Corners
Near Transparency
Near Transparency
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