Author Archive

ZCMI: A Legacy Cast In Iron {GIVEAWAY}

Monday, January 16th, 2012 by Robert Baird

DVD Cover

The cast iron facade of Salt Lake City’s historic ZCMI store has symbolized pioneering commerce and economic vitality on Main Street for more than 135 years.  The Zion’s Co-operative Mercantile Institution retail enterprise, founded in 1868, was one of the first department stores in America. The ZCMI store was also the only department store to be owned by a religious organization, namely The Church of Jesus Christ of Latter-day Saints, until it was sold in 1999 to The May Department Stores Company, now known  as Macy’s, Inc.

The ZCMI cast iron facade was the largest of its kind in Utah.  In a 1973 store expansion, this beloved facade was slated for demolition.  Concerned patrons led a call for preservation and insisted it be restored as a downtown landmark.  Restoration architect Steven T. Baird was hired to develop the protocol for this first major cast iron restoration in the country.  Present-day restoration methods and procedures for cast iron architecture are a credit to his tireless efforts.

Continuing the legacy of their father, Steven T. Baird’s sons’ company, Historical Arts & Casting, Inc., was commissioned in 2007 by City Creek Reserve, Inc.,  to preserve this historic landmark as part of the City Creek project, a broad, mixed-use redevelopment of downtown Salt Lake.  The second major restoration of the ZCMI facade was completed in June 2011.

The Documentary, ZCMI: A Legacy Cast In Iron was produced by Robert A. Baird, Vice President of Operations at Historical Arts & Casting, and was beautifully filmed and edited by Steven McCurdy of Creative Light Productions.  It was created with the spirit of tradition that is found in the heart of Historical Arts & Casting, Inc.  It was also a tribute to the tireless efforts and sharp eye of Steven T. Baird, who passed away a month after the premiere of the documentary in Salt Lake City, Utah.  This documentary is dedicated to him.

Purchase price: $20.00 + Shipping and Handling

To purchase contact our staff: info@historicalarts.com

or

1-800-225-1414

________________________________________________

GIVEAWAY!!

We are hosting a giveaway on our Facebook page that will close on Friday, January 20th @ 5:00 pm (MST).  If you would like to enter to win the documentary and a miniature version of the lion head ornament found on the ZCMI city facade go to our Facebook page, like us and make a comment on our posting about the release of the documentary give away.  We will let you know if you have won and we will ship the package directly to you.

facebookgraphic

We are also starting a weekly email newsletter.  If you are interested in receiving it please email our marketing team at info@historicalarts.com.

The Use of Art Glass and Architectural Metals (Part 1)

Tuesday, August 10th, 2010 by Robert Baird

Robert A. Baird, V.P. Operations will be writing a short series of blogs that will showcase the amazing glass artisans that Historical Arts & Casting, Inc. is so proud to work with.  The first blog will focus on Michael Scheiner of the Keer Glass Studio located in Rhode Island.

Michael Scheiner - Keer Glass Foundry

Michael Scheiner - Keer Glass Foundry

he use of Art Glass and Architectural Metals
by Robert A. Baird
Part 1
Along with our ornamental metal we are often requested by clients to supply special materials that are integral with our work. Art glass is one of those materials that works well with metal and our knowledge and experience with this medium has greatly expanded over the years. Because we are working with traditional metal we have also had to learn the intricacies of traditional glass. This education has evolved into a life long fascination that has provided opportunities for  us to meet and work with some of the finest glass artists of our time and deliver some wonderful amenities with our product.  Over the years we have been able to incorporate the use of leaded art glass, stained glass, hand blown glass, pressed glass, beveled glass, etched glass, slumped glass, fused glass and carved or wheel cut glass in our work. Each of these glass disciplines require specialized skills that are difficult to find today.  In most cases, experimentation with a wide range of techniques is not uncommon when trying to achieve the results commonly found in glass made a hundred years ago.
One of the early experiences I had with glass blowers was years ago when we were commissioned to re-create hundreds of light fixtures for the  Los Angeles Public Library that were destroyed in a fire set by arsons.  The project required us to deliver over 600 pieces of blown glass for 20 different styles of fixturers. We called Michael Scheiner, who we had worked with previously to help us with the project. He was teaching at the Rhode Island of Design at the time and was intrigued by the challenge we offered. He put together a special team of glass artists from around the country and brought them to southern New Jersey to work together for several weeks on the project. Michael made arraingments to set up shop in the 100 year old glass factory at Historical Wheaton Village. This venue set the tone for what would take place in 28 days as glass was blown, annealed, cut and finished.  Witnessing the execution of this work was magical. The old glass factory full of activity with the furnaces firing 24 hours a day seemed to call to a distant past when similar industries were numerous in this country.  Very few if any large scale, traditional glass blowing facilities can even be found in this country.  Most of the work today is done off shore.  The type of work that remains and that has developed some traction in this country is mostly fueled by the art market, supporting independent glass artists. The project was a wonderful success and I am still amazed we were able to pull it off. A major part of my love for glass stems from this singular experience.
Michael Scheiner is a unique craftsmen that has had an extremely successful career.  He not only has tremendous skill with blown glass but also is vary familiar with a wide variety of glass manufacturing processes. His passion is teaching and he currently runs the glass department at NUA in Japan. We have had a lot of fun over the years working together on various special projects.

Along with our ornamental metal we are often requested by clients to supply special materials that are integral with our work. Art glass is one of those materials that works well with metal and our knowledge and experience with this medium has greatly expanded over the years. Because we are working with traditional metal we have also had to learn the intricacies of traditional glass. This education has evolved into a life long fascination that has provided opportunities for  us to meet and work with some of the finest glass artists of our time and deliver some wonderful amenities with our product.  Over the years we have been able to incorporate the use of leaded art glass, stained glass, hand blown glass, pressed glass, beveled glass, etched glass, slumped glass, fused glass and carved or wheel cut glass in our work. Each of these glass disciplines require specialized skills that are difficult to find today.  In most cases, experimentation with a wide range of techniques is not uncommon when trying to achieve the results commonly found in glass made a hundred years ago.

One of the early experiences I had with glass blowers was years ago when we were commissioned to re-create hundreds of light fixtures for the  Los Angeles Public Library that were destroyed in a  fire set by arsonists.

Los Angeles Public Library - Pendant Light Fixtures

Los Angeles Public Library - Pendant Light Fixtures

The project required us to deliver over 600 pieces of blown glass for 20 different styles of fixtures. We called Michael Scheiner, who we had worked with previously to help us with the project. He was teaching at the Rhode Island School of Design at the time and was intrigued by the challenge we offered. He put together a special team of glass artists from around the country and brought them to southern New Jersey to work together for several weeks on the project. Michael made arrangments to set up shop in the 100 year old glass factory at Historical Wheaton Village. This venue set the tone for what would take place in 28 days as glass was blown, annealed, cut and finished.

Los Angeles Public Library - Los Angeles, CA - Chandelier

Los Angeles Public Library - Los Angeles, CA - Chandelier

Witnessing the execution of this work was magical. The old glass factory full of activity with the furnaces firing 24 hours a day seemed to call to a distant past when similar industries were numerous in this country.

Michael standing in front of a glass furnace

Michael standing in front of a glass furnace

Very few if any large scale, traditional glass blowing facilities can even be found in this country.  Most of the work today is done off shore.  The type of work that remains and that has developed some traction in this country is mostly fueled by the art market, supporting independent glass artists. The project was a wonderful success and I am still amazed we were able to pull it off. A major part of my love for glass, stems from this singular experience.

Michael Scheiner is a unique craftsmen that has had an extremely successful career.  He not only has tremendous skill with blown glass but also is very familiar with a wide variety of glass manufacturing processes. His passion is teaching and he currently runs the glass department at NUA in Japan. We have had a lot of fun over the years working together on various special projects.

Restoring Cast Iron Facades – Part 2 of 2

Wednesday, June 9th, 2010 by Robert Baird

This article originally ran in the Traditional Building November 1989 edition.  Original author was Robert A. Baird, V.P. Operations at Historical Arts & Casting, Inc.

Alternative Materials

During a restoration, the question of alternative materials always comes up.  There are a few basic points to remember.  First, if an alternative is to be used, don’t forget that each metal has a different rate of thermal expansion.  Also, some metals, when in contact with each other, create and electrolytic action that can have tremendous consequences over an extended period of time.  These two limitations, if anticipated, can be overcome.

Grand Opera House - Wilmington, DE

Grand Opera House - Wilmington, DE

We use aluminum as an alternative for cast iron because it’s easy to work with.  Aluminum is about one-third the weight of iron, is easy to work-weld, is somewhat malleable, and can be cut with a Skil saw.  There is no visible difference between iron and aluminum after they are painted.  However, aluminum has roughly double the expansion rate of iron.  Aluminum expands up to 3/16” per foot over a 100-deg. temperature change, while iron expands approximately 3/32” per foot.

Using aluminum as a stand-alone system works extremely well.  Aluminum also works well for ornament applied to iron, such as brackets, dentils, column capitals and bases, etc.  However, we avoid using aluminum sandwiched between cast iron elements where expansion and contraction could create a problem.  For example, if one length of cornice needs to be replaced in a cast iron cornice system, or if one jamb needs to be replaced in a cast iron window system, cast iron should be used as the replacement material.

A good coat of paint is a sufficient electrolytic barrier between iron and aluminum for applied ornamentation.  Frequently, we also use silicone caulk and Teflon tape as barriers between different materials.

Another good alternative for cast iron is ductile iron, an iron alloy that is weldable.  We use this material on façade restorations where castings have to be welded during prefabrication, prior to installation.

Historically, cast iron was used to replicate stone and it is common to find during a paint analysis that the earliest coats of paint were light stone colors impregnated with sand and applied in very heavy coats.  Coating systems that we use today are extremely high tech; some even have to be applied by licensed applicators.  The best system for iron that we have worked with is manufactured by TNEMEC.

Former HACI employee Ed Flegal priming the column covers of the Woodward & Lathrop storefront - Washington D.C.

Former HACI employee Ed Flegal priming the column covers of the Woodward & Lathrop storefront - Washington D.C.

First, zinc-rich primers are applied.  Next, and intermediate epoxy primer is applied.  Finally, it’s finished off with polyurethane topcoats.  Because of the complex nature of these products, I would recommend discussing your project with a manufacturer’s representative.

Cast aluminum requires a different coating process from iron.  There are two systems we use for aluminum; one is an epoxy system manufactured by TNEMEC, and the other is a fluoropolymer system.

With the TNEMEC system, aluminum castings are cleaned, degreased and then coated with an epoxy primer.  A polyurethane topcoat is then applied and air-cured.

Fluoropolymer coatings such as PPG’s Duranar are popular in today’s building industry.  It is not uncommon to see product literature touting a 20-year guarantee for coatings of this type.  They have to be applied by licensed applicators and sample castings from each batch have to pass a 400-hr. test before warranties are issued.  There are a number of steps to closely follow when using this paint system. First, the castings must be thoroughly cleaned followed by an Aladine wash..  Castings are then baked at 400° F to evaporate all moisture and burn off gases trapped in the metal.  After degassing, the fluoropolymer coating is then applied and baked in an industrial oven.

One essential for fine cast detail is the quality of the pattern or tooling that is used to create the component during the foundry process.  Because both cast iron and aluminum shrink when changing from a fluid to a solid, patterns are made oversized.  Sometimes and original cast iron component can be used as the pattern to replicate an item.  However, one should expect a loss of detail and slight shrinkage in size from the original.  We frequently replicate small details from original castings, such as capital leaves, moldings, and brackets.  If large quantities are to be reproduced, it is more cost-effective to create a new pattern.  Patterns are always made when an item has to be fitted next to original pieces such as a cornice, column, or other major façade element.

Iron and aluminum both have their place and can work in harmony to breathe life back into old buildings.  Just use each material within its limits.  If you have additional questions on a project that involves restoration of iron, don’t hesitate to call an expert.

Part 1 of 2 found here.

Restoring Cast Iron Facades – Part 1 of 2

Thursday, June 3rd, 2010 by Robert Baird

This article originally ran in the Traditional Building November 1989 edition.  Original author was Robert A. Baird, V.P. Operations at Historical Arts & Casting, Inc.

In our preservation projects, we have spent countless hours discussing restoration practices for cast iron ornament with architects and contractors.  I thought it might be helpful to answer (in brief) some of the most frequently discussed topics.

Baltimore City Life Museum - Baltimore, MD

Baltimore City Life Museum - Baltimore, MD

Cast iron is a brittle, porous, high-carbon metal.  From an engineering standpoint, it has tremendous compression-loading capacity, but very poor tensile strength.  Its high carbon content makes it extremely difficult to weld.  Consequently, most cast iron ornament is mechanically fastened.

Reviewing the restoration of a typical cast iron façade is a good way to discuss various ways to stabilize and repair cast iron.

A Typical Façade Restoration

The first step is to remove deteriorated, loose or broken elements, and clean them.  Most cast iron façades are composed of repetitive elements connected by a series of clips, angles, and mechanical fasteners.  Disassembly is handled by using a cutting torch to burn the heads off fasteners.  Ornament is attached to the façade with countersunk flat-head machine bolts.  It can be tricky to locate these fasteners under several layers of paint, but they are there.  After removing the fasteners, iron elements are lifted or hoisted from the façade.

Duane Street - Lower Manhattan (Tribeca), NY

Duane Street - Lower Manhattan (Tribeca), NY

Cast iron can be cleaned on site or at a separate location.  For the most part, we have had best results with sandblasting.  Although the job is messy, the result is superior to chemical stripping.  The high-tech coatings we specify require that the metal be blast-cleaned to an SSPC-SP6 finish.

A cast iron façade can be scaffolded and enclosed with a plastic or canvas barrier to contain the blasting media and debris.  Manufacturers specify immediate application of primers after blasting to prevent any buildup of surface rust.  For an initial primer, we’ve had good success with TNEMEC-Zinc – a zinc-rich primer manufactured by TNEMEC Company.

Be aware that the paint you are removing most likely contains lead, so disposal of the blasting debris must be done according to Federal EPA regulations.  Attention to this detail requires a lot of paperwork, but we’ve found local Environmental Protection Agencies very helpful with lists of certified disposal sites and transporters of hazardous waste.

Cleaning large facades can be sequenced so that blasting and priming are accomplished daily until the cleaning phase is complete.  Regular inspections are vital during this phase so that problems that are uncovered can be treated and/or scheduled for repair.

Chemical strippers have their place; they are the only answer for interior and exterior spaces where blasting is not feasible.  There are several good products that do an adequate job with a little elbow grease.  A good scrubbing with a power wire wheel and degreasing are recommended following chemical stripping.

The major cause of deterioration in cast iron facades is the lack – or breakdown – of the waterproofing system.  When putting a façade back together, this is a critical issue.  The amount of time spent applying correct weatherproofing principles has a direct effect on the life expectancy of the restored building.  We recommend caulking all horizontal and vertical joints.  We use a paintable elastomeric caulk (Sikaflex) made by Sika Corp., Lyndhurst, N. J.  Sheet metal flashing is also an integral part of a good waterproofing system.

Over the past several years we have used fluid-applied polyurethane undercoating systems on the back and unexposed sides of iron.  More recently, we’re using expanding foams to fill the voids in hollow cast elements to eliminate condensation.

ZCMI Building - Salt Lake City, UT *This project is currently being restored again by Historical Arts & Casting to be placed in the City Creek Development.

ZCMI Building - Salt Lake City, UT *This project is currently being restored again by Historical Arts & Casting to be placed in the City Creek Development.

Repairing Cast Iron

There are several options when repairing cast iron.  Replacement is the highest level of treatment – and the most expensive.  Other options are to remove the material and repair it in the shop, or make repairs in place.  We recommend that the latter be limited to minor repairs only.  Generally, shop repairs can be much more extensive because of the controlled environment and the more sophisticated equipment available.

Some architects have asked if they can fill hollow castings with concrete or mortar.  We don’t recommend it.  It was done historically on some projects that we have restored and has created all sorts of problems.  We have seen splits in 1-in.-thick columns caused by the pressure of interior rust created by iron in contact with concrete that’s been subject to moisture penetration.

Frequently, imperfections are found in cast iron after it is blasted.  Cold runs and shrinkage can be filled with Bondo and sanded smooth.  Those imperfections that could possibly hold water from a driving rain are the ones that should be filled.   Restorers should be aware that although good castings have a smooth uniform finish, they do not look like extrusions.  We have always believed that the texture of cast iron adds to its character and that too much filling is unnecessary and distracting.

Please check back for part 2 of 2 which will be posted Wednesday June 9th, 2010.

Great Craftsmanship Requires Teamwork

Tuesday, May 11th, 2010 by Robert Baird

I frequently hear from visitors to our plant how amazing it is to see so many differently skilled craftsmen working under one roof.  They also comment about the tidy nature of our shop and the numerous projects going on simultaneously. These are all things I seem to take for granted after working here for so many years but am proud to be reminded of.

Richard Baird consults with Vern Hartwell who is fabricating a beautiful elliptic hand rail.  Roger Baird is glazing the glass on a private residence's light fixture.  Federico Chavez is doing the finishing details on a front entry door.

Richard Baird consults with Vern Hartwell who is fabricating a beautiful elliptic hand rail. Roger Baird is glazing the glass on a private residence's light fixture. Federico Chavez is doing the finishing details on a front entry door.

Running Historical Arts & Casting is like running several separate businesses that are closely related. Each department is essential, from maintenance that keeps our plant clean and orderly and the machinery running, to the skilled designers, pattern makers, foundry men, fabricators, machinists, finishers, installers and office staff, all are important and make us complete.

In years past we used to subcontract all of the various skilled crafts required to produce our products. As the projects got bigger, it became more and more difficult to predict any type of a delivery schedule because we were just small players for these subcontractors, providing an insignificant part of their business.

Private Residence, Salt Lake City, Utah

Private Residence, Salt Lake City, Utah - Railings, Door Grilles, & Light Fixtures

Years ago when we consciously decided to bring all of the skills necessary to produce our products in house, we were able to achieve a whole new level of quality. This quality has continued to improve as our team has learned to work and rely on each other.

Great craftsmanship, I have discovered, occurs when artisans, after mastering their skills, are able to symbiotically work with their counterparts to create something they couldn’t achieve on their own. This is the magic I have seen time and time again and is what keeps me intrigued with this business. The results are always amazing!

Utah State Capitol, Salt Lake City, Utah - Bronze Entry Doors & Light Fixtures

Utah State Capitol, Salt Lake City, Utah - Bronze Entry Doors & Light Fixtures

The Rebirth Of A Cast Iron Gem (Part 3 of 3)

Monday, May 3rd, 2010 by Robert Baird

Article originally published in the FABRICATOR magazine Nov/Dec 1999 Edition and was written by Robert A. Baird who was the president of Cast Iron Restoration Management and one of the original founders of Historical Arts & Casting, a firm specializing in the design and manufacturing of architectural cast metal ornamentation.

The Rebirth Of A Cast Iron Gem (Part 3 of 3)

A community rallies to the cause of restoring a beloved courthouse.

Roofers install slate tiles on the southwest quadrant of the courthouse roof.

Roofers install slate tiles on the southwest quadrant of the courthouse roof.Replacing the Slate and CopperApproximately 25 percent of the courthouse slate roof was damaged and needed replacement. A determination was made to remove all of the slate, saving the good tiles. The roof was re-sheeted with ¾-inch plywood, dried in, and the new slate laid on one quadrant. All of the original slate was re-laid on the other three quadrants of the roof.

Replacing the Slate and Copper

New copper flashing and gutters were installed for the entire roof system.  Each one of the decks on the central dome was sheathed in copper.  This material was fabricated on site by Vulcan Supply, a sheet metal and roofing contractor from Vermont.

Restoring the Statues

One of the more visible elements of the restoration was the removal and restoration of the copper statues originally built by W.H. Mullens of Salem, Ohio.  These heroic size statues were all removed at the beginning of the project and shipped to Vermont for restoration.  Each statue was disassembled, new copper armatures installed, repairs made, and then refinished.

Prior to installation, the seven statues that adorn the courthouse were displayed to the public at the Miami County Fairgrounds

Prior to installation, the seven statues that adorn the courthouse were displayed to the public at the Miami County Fairgrounds

Little was known about the full level of detail incorporated into the statues until historical photographs were uncovered in Salem, Ohio, in a local historical museum.  These photos not only showed the level of detail in Mullen’s work, but also revealed numerous missing elements from the statues that were re-manufactured.

When the statues arrived back in Troy, Ohio, they were exhibited at the fairgrounds.  Thousands of county residents came to get a close look at the figures that had stood as sentinels and watched over their community for 100 years.  Special workshops were held for school students to learn, see, and experience the skills required to repair and create this wonderful repoussé metalwork.

On the central dome, four large cast iron and glass clock faces were removed during the restoration.  The original movement to these clocks had been modified over the years and was not original. The weight driven mechanism had been converted to electricity and the striker for a large bronze bell was disconnected.  Because of the reliability of new electric clocks, the old movement mechanism was replaced; however, the bell was restored and connected to the new clock.  The old movement was put in a permanent display on the main floor of the courthouse.

Exterior Lighting

With the restoration nearing completion, Heapy Engineering, a local electrical engineering firm, was given the challenge to design exterior lighting for the courthouse.  They also helped develop a lightning protection plan for the susceptible metal roof.

The two-year restoration plan was completed on schedule and just in time for a large celebration on the July 4th, sponsored by the county commissioners.  The courthouse was rededicated with over 34,000 in attendance.  The gala event was complete with a laser light show, great food, and tours of the courthouse.

Miami County Courthouse, Troy, OH

Miami County Courthouse, Troy, OH

I have come to realize that a project of this size and scope cannot be done without the efforts of a lot of people.  This particular project would never have been so successful without the support and efforts of the many professionals, community leaders, and volunteers who lent their support.  Truly, their training and expertise brought about the rebirth of this old gem, Miami’s Pride.

Part 1 of 3

Part 2 of 3

The Rebirth Of A Cast Iron Gem (Part 2 of 3)

Wednesday, April 28th, 2010 by Robert Baird

Article originally published in the FABRICATOR magazine Nov/Dec 1999 Edition and was written by Robert A. Baird who was the president of Cast Iron Restoration Management and one of the original founders of Historical Arts & Casting, a firm specializing in the design and manufacturing of architectural cast metal ornamentation.

The Rebirth Of A Cast Iron Gem (Part 2 of 3)

A community rallies to the cause of restoring a beloved courthouse.

By Robert A. Baird

Time to Restore

Prior to starting the actual restoration, 43,000 pounds of pigeon waste and other debris were removed from the attic.  Scaffolding was erected from the ground for the pavilions but was cantilevered off the masonry around the corner domes.  Scaffolding was also set around the central dome.  An elevator lift was set up from the ground to the rooftop allow for the movement of material to and from the building.

A view from the inside shows the riveted iron structure and cast iron panels on the central dome.

A view from the inside shows the riveted iron structure and cast iron panels on the central dome.

Dismantling

With the site ready to start work, the laborious task of removing every piece of cast iron from the top of the central dome was started.  Each piece of iron was documented, catalogued, and then later inspected and numbered during the removal process.  Severely corroded material was scrapped and all usable material was removed from the site to be sandblasted and repainted.  Over 15,000 cast iron parts ranging from a few pounds to several hundred pounds were removed.  The demolition and installation crews grew to as many as 25 men and the work went year round after the first winter.

Restoring the Structure & Iron

The beauty of cast iron structures from this period is their simplicity.  The Miami County Courthouse was no exception, with a simple riveted iron structure or framework laced together with tie rods supporting the cast iron skin.  The combination of the cast iron bolted to the riveted iron structure created a very sound roof support system.  For the most part, the structure was in good condition and needed only to be cleaned, painted, and some minor reinforcement.  All of this work was completed in the field.

Connecting the restored cast iton panels to the central dome.

Connecting the restored cast iton panels to the central dome.

The restoration program for the cast iron was quite a bit more involved than the structure.  Over 50 percent of the cast iron had to be replaced, which meant new patterns were needed and new components cast.  Over 700 patterns had to be manufactured to produce the thousands of cast iron parts required.  Because shrinkage was critical, old parts could not be used as patterns.  Historical Arts and Casting had the responsibility of not only restoring the old parts but also manufacturing the new iron and installation.

One of the key elements of the restoration was the cleaning and painting of the cast iron, which ultimately would provide long-term protection for the iron.  Tnemec Corp. was very helpful in assisting with technical support and providing testing throughout the course of the project.  Their four-part paint system included zinc rich primers, intermediate high build epoxy, and two finish coats of urethane.  Cast iron parts were sandblasted and pre-finished prior to delivery to the job site.  After the installation, additional coats of paint were applied in the field.

The second major consideration during the cast iron restoration was the waterproofing.  The reason for the cast iron failure in the first place was the lack of adequate waterproofing.  We were confident that if we focused on waterproofing issues and thoroughly resolved them we could dramatically increase the life of the cast iron.  When new parts were required, we tried to improve on how they were built, adding flanges and lap joints to improve their ability to shed water.  Thousands of linear feet of vertical and horizontal joints were caulked with Dow Corning’s silicone system.

The last installment will be posted on Monday, May 3rd, 2010. Stay tuned.

Part 1 of 3

The Rebirth of A Cast Iron Gem (Part 1 of 3)

Wednesday, April 21st, 2010 by Robert Baird

Article originally published in the FABRICATOR magazine Nov/Dec 1999 Edition and was written by Robert A. Baird who was the president of Cast Iron Restoration Management and one of the original founders of Historical Arts & Casting, a firm specializing in the design and manufacturing of architectural cast metal ornamentation.

The Rebirth Of A Cast Iron Gem (Part 1 of 3)

A community rallies to the cause of restoring a beloved courthouse.

By Robert A. Baird

Perhaps once in a lifetime one gets a chance to be involved in a project that will change the face of a community, touching the hearts and homes of the local residents and leaving a lasting legacy for years to come.  When that project centers around a craft or skill that one has trained their entire life to perform, an indelible sense of gratification is left to linger.  Such is the case with the restoration of the Mimi County Courthouse and the many people involved in its restoration.

Richard Baird, Presidenct of Historical Arts & Casting, Inc., prepares a condition survey of the cast iron prior to restoration.

Richard Baird, President of Historical Arts & Casting, Inc., prepares a condition survey of the cast iron prior to restoration.

In 1888, the construction of the Miami County Courthouse was completed.  Commissioned at a cost of $400,000, this Greco-Roman courthouse was different from others built in Ohio during the same period.  Joseph Warren Yost’s ambition design resembled the U.S. Capitol in a smaller scale, with sandstone and limestone walls topped by five domes and four pavilions.  Each pavilion supports heroic allegorical statues, with Justice situated in prominence atop the central dome.  The entire roof system, including the domes and pavilions, was built of riveted iron and clad with an elaborate cast iron skin.  This cast iron construction, indicative of the time period, would become the largest restoration of its type in the country and possibly the world.

The location of the courthouse was determined after years of bickering between two Ohio communities, Troy and Piqua.  What is termed the “Courthouse War,” was won by Troy.  The cornerstone was laid in 1885 with completion in the spring of 1888.  The new courthouse was the pride of the community, rising to a height of 175 feet on the banks of the Miami River.

After 90 years of heavy use, the courthouse underwent an interior restoration in 1982.  By late 1989 the building’s exterior was rapidly deteriorating.  Water penetration into the decorative cast iron accelerated its corrosion, threatening to destroy recently renovated interior courtrooms.

Late in 1989 our firm, Historical Arts and Casting, received a call from John Ruetschle’s office, a local architect that had been given the task to locate consultants with expertise in restoring cast iron structures.  After visiting the site we prepared a comprehensive proposal for the restoration of the cast iron.  Our proposal included detailed measured drawings, a thorough photographic survey, a preliminary specification for restoration work, and an estimated cost proposal to complete the restoration.

The county commissioners were excited about the prospect of doing such a thorough restoration, but were set back by

Once the dome was partially dismantled, it was possible to access the riveted iron framework.

Once the dome was partially dismantled, it was possible to access the riveted iron framework.

the estimated $4.6 million price tag.  Six years passed while a plan formalized, requiring annual visits to the site to inspect the condition of the cast iron.  Each year the iron was visibly worse, forcing mandatory stopgap emergency repairs.

With tremendous support from local residents, a plan was developed by the Miami County Board of Commissioners to temporarily raise the local sales tax to fund the restoration.  Schools throughout the county became involved with the project by implementing courthouse history and restoration processes into their curriculum.  The students also wrote articles and created artwork published by local newspapers, which also increased public awareness.

Scaffolding surrounds the central dome and southeast corner dome.

Scaffolding surrounds the central dome and southeast corner dome.

In 1995, Cast Iron Restoration Management, a construction management team, was retained by the county to develop and manage the entire restoration program.  They completed all of the construction documents, including drawings and specifications, for the long awaited restoration.  In the spring of 1996, Shook Building Group, a local construction company, was awarded the primary restoration contract.  Costs for the project rose to over $7.2 million as the scope of the project increased.

The restoration program for the courthouse included dismantling the cast iron from the five domes down to the iron structure, restoring the structure, removing all of the applied cast iron ornament on the four pavilions, restoring all of the cast iron, replacing the slate roof, replacing the copper flashing and clad decks, replacing the windows, restoring a four faced clock tower, new exterior lighting, and restoring seven heroic size copper statues.

On the outset of the project, numerous challenges were faced to maintain the two-year construction schedule and keep the courthouse fully functional during the restoration.

Check back next Wednesday (04/28/2010)  for the next installment.

Welcome to our new blog

Thursday, April 1st, 2010 by Robert Baird

Richard, David, & Robert Baird

For over thirty five years my brothers and I have focused our careers on designing and building exquisite architectural metalwork. With over a thousand completed projects under our belt, and all three of us well past the meridian of our lives we feel a pressing need to share what we have learned along the way. In our quest to master a traditional craft we have had some amazing experiences and gained valuable insights we wish we could have tapped earlier in our careers. We have also worked with many wonderful artisans from a variety of disciplines that share our same passion in their respected fields. In retrospect it is the people we have worked with, and for, that motivate us to keep looking to the future.

With the launch of a new website and a wonderful team of skilled associates we have never been better prepared to take on a project like this. We are excited to share the ins and outs of our work.  It is our plan to cover a range of topics on our blog “This Week in Metalwork”. Our topics will cover various aspects of the processes and skills required to design and execute our craft at a high level. The entries will also address the challenges we are currently facing, along with the questions and inquiries that come in from clients and craftsmen concerning various aspects of our work. We also plan to cover pertinent topics of interest to our team of writers along with profiles of the skilled artisans and people we work with. We also want to share some of the great images from our archive that help tell the HACI story!

We hope that you will enjoy this new addition to the website! Feel free to make comments to our posts and offer up questions for us to answer.