Conservation and restoration of neon objects

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Repairing an historical neon sign in situ King Cross repair, Poznan.jpg
Repairing an historical neon sign in situ

The conservation and restoration of neon objects is the process of caring for and maintaining neon objects (artworks), and includes documentation, examination, research, and treatment to ensure their long-term viability, when desired.

Contents

Neon Technology

Georges Claude, a French engineer, developed neon technology in 1910. Claude introduced neon technology in Paris, and it later became popular in the United States during the 1920s for use in advertising signage. Its popularity rose until the 1940s, after which neon signage was used less due to the invention of inexpensive plastics.

Neon lights are low-pressure gas discharge bulbs. They produce light by charging noble gases in glass cathode tubes with electricity.

Tubes

Neon bulbs are composed of noble gases sealed in glass tubing. The tubing can be bent by a professional glass blower or neon vendor into a variety of shapes to produce different imagery or text. The tube is vacuum-pumped to remove all air, after which a small amount of selected gases are pumped into the tube prior to permanently sealing. [1]

Each end of the tube is fitted with metal terminals called electrodes, also as known as cathodes. When the electrodes are connected to an energy source, the tube will glow as the gas becomes electrically excited. Different gases produce different colors. The glass tubing can also be coated or tinted, and different tubing and gas combinations can produce a range of 150 colors.

Gases

Noble gases are sealed inside airtight cathode tubes, and produce light when they are electrically excited. Different gases and gas combinations will produce different colors, and are used in varying degrees in neon lights:

GasFrequency of useColor produced
Neon Very PopularOrange-Red
Argon Very PopularBlue-Lavender
Yellow Phosphor CommonYellow; Orange
Mercury CommonBlue; Green; Yellow
Helium CommonWhite
Xenon RareBlue-White
Krypton RareWhite-Green

Neon in fine art

Prior to the 1960s, neon technology was associated with advertising and was not considered fine art. In the 1960s, visual artists began experimenting with neon in mixed media and installation artworks. Prominent neon artworks during this time include Jasper Johns' Field Painting (c. 1963–1964), James Rosenquist's Tumbleweed (1963–1966), and Robert Rauschenberg's Green Shirt (1965–1967).

Chryssa, a Greek artist, is largely credited with establishing neon as a visual art form. She was very active in the 1960s and 1970s and created large-scale works with a focus on and constant incorporation of neon. [2] Other artists began exploring the neon technology in 1970s, and have continued to do so in contemporary art making.

Some artists both design and create neon artworks by learning the skill set; however, the majority of artists rely on professional neon vendors to fabricate artworks following the artists' design.

Neon artworks can be found in many permanent public collections, including the Museum of Modern Art, New York, the Art Institute of Chicago, Chicago, Illinois, and the Smithsonian American Art Museum, Washington, D.C. In 1981, Lili Lakich and Richard John Jenkins founded the Museum of Neon Art (MONA) in Los Angeles, whose collection preserves and exhibits historical neon advertisements and neon fine art. [3] In 2011, the museum closed its downtown Los Angeles location and reopened in 2016 in Glendale, California. [4]

Collection care and maintenance of neon artworks

Packing and Handling

Unpacking a neon artwork slowly and carefully will help avoid damage. As the glass tubes are fragile, they may become damaged during shipping. The glass tubes and base of neon objects are often packed and transported separately to avoid breakage. The base can be first mounted; then, the tubes can be installed and secured with copper wire ties. [5] Preparing a condition report of the work after receipt will document if any of the tubes or components were cracked or broken during transit, and can be addressed by a professional prior to display. Once neon artwork is unpacked, prepare to handle the object(s) as little as possible to avoid damage. [6] Unpacking artworks in teams of at least two people will better allow safer handling of the work, and may aid in documentation and recording.

Cleaning

Over time, neon artworks may collect dust. To ensure safety of personnel and the artwork, neon artworks should be turned off and unplugged prior to any cleaning. Trained professionals may undertake cleaning the work with approved materials such as a feather duster or dry paintbrush. The use of water or other cleaning liquids may pose a safety hazard due to potential contact with the electrical components. A professional conservator, specialist, or electrician should be consulted whenever:

Cleaning neon objects can also include the components other than the glass tubes. Some objects are also composed of "metal cans" (particularly historic neon signs) that often serve as backdrops to the tubing. These may also need cleaning, scraping and repainting. [7]

Electrical safety

Outlets: Neon artworks require electricity in order to function. A building electrical engineer should always be consulted prior to installing and displaying a neon artwork to confirm safe use of an electrical outlet. Most neon works operate using a large high voltage transformer, and some can require multiple transformers. [8] An outlet should never be overloaded. If an outlet feels warm, an electrician should be consulted before further use. [9]

Cords: Electrical cords connecting a neon artwork to a power source should be checked on a regular basis for any signs of fraying or wear and tear. The placement of cords is also important. If cords are run in high traffic areas, they may pose a tripping hazard to visitors, which could potentially result in personal injury and damage to the cord and/or artwork. The placement of cords in and against walls and out of traffic areas provide better safety and use. Use of extension cords are not recommended, as they increase the risk of potential electrical and tripping hazards. Review of the artwork and its installation, including outlet and cord placement, by curatorial, installation, and electrical staff will help ensure the safety of the artwork. [9]

Transformers: A transformer is used to convert electricity into use by the neon sign. When cataloging a neon artwork, the transformer type and age may be noted in the artwork record, along with a reminder about potential future transformer replacements. An electrical engineer or professional should be consulted to identify the voltage type and requirements of the artwork's transformers. [7]

Like other media, neon artworks should be monitored and condition reports performed on a regular basis. If an artwork appears to flicker or fails to illuminate, the work can first be assessed on display. Potential problems may include damage to the tubes, disruptions to the electrical components, including frayed wires or unplugged cords, or potential disruptions of the electrical supply (such as a power outage in the building or circuit). Prior to removing from display, the work should be turned off and disconnected from the electrical source. Flickering may indicate a problem with gas pressures inside the tubes (possibly a result of age and/or damaged tubes) or a failing transformer. [7]

Handling damaged neon

Cracked or damaged neon tubes present potential health risks from contact with broken glass and exposure to mercury, a heavy metal contaminant, in gas form. Though any mercury vapor, if present, will be in small amounts, [10] steps should still be taken to avoid contamination. If a neon tube appears damaged, it should not be handled. If handling is required for removal, barrier gloves, such as nitrile, and protective covering, such an apron or smock, will help avoid potential contamination to personnel. Broken tubes should be stored separately from other collection items to avoid contamination, and clearly labeled with hazard labels. [11] The broken tubes will require assessment from a professional conservator/neon specialist.

Re-fabrication

Neon art inside the Pershing Square Metro subway station in downtown Los Angeles, California LCCN2013631609 Neon art inside the Pershing Square Metro subway station in downtown Los Angeles, California LCCN2013631609.tif
Neon art inside the Pershing Square Metro subway station in downtown Los Angeles, California LCCN2013631609

Inherent vice

Neon technology is non-archival. The gases have limited lifespans, and electrical components will degrade over time. This may result in a limited display capacity for a neon work, e.g. diminished or intermittent light, a complete loss of function, and could pose safety risks. [12] It is important to consider artistic intent when making conservation decisions, as some artists create works with their predicted degradation in mind. [13]

Conservation

Unlike other traditional art mediums, such as painting, conservation of neon artworks and other new materials does not necessarily focus on preservation of the original materials. Because neon is a relatively recent technology and media, there is less data available about how it changes over time and how to inhibit degradation. In order to successfully conserve a contemporary artwork such as neon, the conservator must:

Repair and replacement

If the media or technology cannot be safely recovered or addressed, new and/or replacement technology may be used to return the artwork to a state as close as possible to that originally envisioned by the artist. This re-fabrication may be undertaken by a conservator, by a neon fabricator, or by the artist themselves. In some cases the artist may have outlined restrictions or instructions for the repair of their artworks. [15] Because neon artwork components are shaped by hand, replacement components may look subtly different from prior forms, and an attempt should be made to recruit the neon-maker who made the original when replacements are necessary. Achieving an exact color match is also difficult, and fabricators typically select the closest color match they are able to find, but this too may create subtle changes in a piece's overall appearance. [16]

Re-fabrication may include the repair and/or replacement of the following:

Neon tubes may partially burn out, and a conservator may identify the burned out portion of a neon artwork through use of a neon light tester, also known as a test light or voltage tester. This electronic test device is used to determine whether an electric current is running through the equipment being tested.

Transformers last approximate ten to fifteen years, and older transformers may fail or pose safety risks, and require replacement. Failure to replace an older transformer may result in flickering in the neon artwork, or complete failure to light. It is important to consult an electrical engineer or professional to confirm the voltage type and requirements for the replacement transformer.

Miami Line by Rockne Krebs

An example of re-fabrication is the conservation of Rockne Krebs' Miami Line. In 1984, the Miami-Dade County's Art in Public Places program commissioned Krebs to create a public artwork for the Metrorail. The resulting work, Miami Line, consisted of a rainbow of neon lights spanning the 1,540 bridge. Over time, the vibrations caused by trains on the bridge caused the neon lights to burn out, and by 2013, the entire work was no longer illuminated. The Art in Public Places program worked with the artist's estate to develop a plan to recreate the work using LED lights, which would be resistant to train vibrations, but still maintain the visual effect created by the artist. Electrical assessments and conservation of the work began in 2014, and the work will be relit upon completion. [17]

Replication

Replication differs from Re-fabrication in that the original artwork is not altered, and instead a copy is produced for temporary exhibition purposes. [18] While the replica may not contain the same materials used in the original artwork, the finished product is approximately identical of the original. Replications are exhibition copies and are considered more replaceable than re-fabrications. [19]

Criteria

Replication can only be undertaken with the approval of the artist or the artist's estate. Bruce Nauman is an artist who requires four criteria be met to replicate his original neon artworks. These criteria are:

  1. The original neon must still be in existence and in working order.
  2. The current owner must agree to loan the work prior to the creation of a replica.
  3. The display credit line for the loaned artwork acknowledges the work on view is an exhibition copy and acknowledges the owner of the original artwork.
  4. The replica will be destroyed at the completion of the exhibition, which must be proven through photographic documentation. [20]

None Sing Neon Sign by Bruce Nauman

The Guggenheim holds four versions of None Sing Neon Sign by Bruce Nauman. [21] Of these four, one is a 1970 fabrication, a 2005 exhibition copy, a 2006 exhibition copy, and a 2013 exhibition copy. The 2005 and 2006 copies were made by Nauman's approved fabricator but were significantly different from the original 1970 fabrication. The Guggenheim commissioned the 2013 copy as a result of these differences.

Neon artists

Related Research Articles

<span class="mw-page-title-main">Bruce Nauman</span> American sculptor and performance artist

Bruce Nauman is an American artist. His practice spans a broad range of media including sculpture, photography, neon, video, drawing, printmaking, and performance. Nauman lives near Galisteo, New Mexico.

<span class="mw-page-title-main">Neon sign</span> Electrified, luminous tube lights

In the signage industry, neon signs are electric signs lighted by long luminous gas-discharge tubes that contain rarefied neon or other gases. They are the most common use for neon lighting, which was first demonstrated in a modern form in December 1910 by Georges Claude at the Paris Motor Show. While they are used worldwide, neon signs were popular in the United States from about the 1920s to 1950s. The installations in Times Square, many originally designed by Douglas Leigh, were famed, and there were nearly 2,000 small shops producing neon signs by 1940. In addition to signage, neon lighting is used frequently by artists and architects, and in plasma display panels and televisions. The signage industry has declined in the past several decades, and cities are now concerned with preserving and restoring their antique neon signs.

<span class="mw-page-title-main">Plasma globe</span> Decorative electrical device

A plasma ball, plasma globe, or plasma lamp is a clear glass container filled with a mixture of various noble gases with a high-voltage electrode in the center of the container.

<span class="mw-page-title-main">Neon lighting</span> Electrified, rarefied gas lighting

Neon lighting consists of brightly glowing, electrified glass tubes or bulbs that contain rarefied neon or other gases. Neon lights are a type of cold cathode gas-discharge light. A neon tube is a sealed glass tube with a metal electrode at each end, filled with one of a number of gases at low pressure. A high potential of several thousand volts applied to the electrodes ionizes the gas in the tube, causing it to emit colored light. The color of the light depends on the gas in the tube. Neon lights were named for neon, a noble gas which gives off a popular orange light, but other gases and chemicals are used to produce other colors, such as hydrogen (purple-red), helium, carbon dioxide (white), and mercury (blue). Neon tubes can be fabricated in curving artistic shapes, to form letters or pictures. They are mainly used to make dramatic, multicolored glowing signage for advertising, called neon signs, which were popular from the 1920s to 1960s and again in the 1980s.

<span class="mw-page-title-main">Conservation science (cultural property)</span> Interdisciplinary study

With respect to cultural property, conservation science is the interdisciplinary study of the conservation of art, architecture, technical art history and other cultural works through the use of scientific inquiry. General areas of research include the technology and structure of artistic and historic works. In other words, the materials and techniques from which cultural, artistic and historic objects are made.

<span class="mw-page-title-main">Conservator-restorer</span> Professional responsible for the preservation of artistic and cultural artifacts

A conservator-restorer is a professional responsible for the preservation of artistic and cultural artifacts, also known as cultural heritage. Conservators possess the expertise to preserve cultural heritage in a way that retains the integrity of the object, building or site, including its historical significance, context and aesthetic or visual aspects. This kind of preservation is done by analyzing and assessing the condition of cultural property, understanding processes and evidence of deterioration, planning collections care or site management strategies that prevent damage, carrying out conservation treatments, and conducting research. A conservator's job is to ensure that the objects in a museum's collection are kept in the best possible condition, as well as to serve the museum's mission to bring art before the public.

<span class="mw-page-title-main">Inpainting</span> Image conservation process

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<span class="mw-page-title-main">Conservation and restoration of stained glass</span>

Stained glass conservation refers to the protection and preservation of historic stained glass for present and future generations. It involves any and all actions devoted to the prevention, mitigation, or reversal of the processes of deterioration that affect such glassworks and subsequently inhibit individuals' ability to access and appreciate them, as part of the world's collective cultural heritage. It functions as a part of the larger practices of cultural heritage conservation (conservation-restoration) and architectural conservation.

Conservation and restoration of movable cultural property is a term used to denote the conservation of movable cultural property items in libraries, archives, museums and private collections. Conservation encompasses all the actions taken toward the long-term preservation of cultural heritage. Activities include examination, documentation, treatment, and preventive care, which is supported by research and education. Object conservation is specifically the actions taken to preserve and restore cultural objects. The objects span a wide range of materials from a variety of cultures, time periods, and functions. Object conservation can be applied to both art objects and artifacts. Conservation practice aims to prevent damage from occurring, a process known as 'preventive conservation'. The purpose of preventive conservation is to maintain, and where possible enhance, the condition of an object, as well as managing deterioration risks, such as handling and environmental conditions. Historically, object conservation was focused on the category of fine arts but now many different types of objects are conserved. Each type of object material, typically denoted by organic or inorganic then the specific medium, requires a specialized professional conservator and often requires collaborative work between museum staff, scientists, and conservators.

The conservation and restoration of outdoor bronze artworks is an activity dedicated to the preservation, protection, and maintenance of bronze objects and artworks that are on view outside. When applied to cultural heritage this activity is generally undertaken by a conservator-restorer.

<span class="mw-page-title-main">Paintings conservator</span>

A paintings conservator is an individual responsible for protecting cultural heritage in the form of painted works of art. These individuals are most often under the employ of museums, conservation centers, or other cultural institutions. They oversee the physical care of collections, and are trained in chemistry and practical application of techniques for repairing and restoring paintings.

<span class="mw-page-title-main">Mount maker</span>

A mount maker is responsible for the creation of structures called object mounts used to provide unobtrusive physical support, stability, and security of objects while on display, in storage, or being transported to museums, art galleries, libraries, archives, botanical gardens or other cultural institutions. Protection and long-term conservation of the object is a key goal of mount makers. This is accomplished through careful design, selection of materials and manufacturing process that will not inadvertently harm the object, and a cautious installation process of the object into its place in an exhibit. Professionals in this field can be employed directly by an institution, be independent contractors, or work as part of larger cultural institution exhibit design firms.

<span class="mw-page-title-main">Conservation and restoration of outdoor artworks</span>

The conservation and restoration of outdoor artworks is the activity dedicated to the preservation and protection of artworks that are exhibited or permanently installed outside. These works may be made of wood, stone, ceramic material, plastic, bronze, copper, or any other number of materials and may or may not be painted. When applied to cultural heritage this activity is generally undertaken by a conservator-restorer.

<span class="mw-page-title-main">Conservation scientist</span>

A conservation scientist is a museum professional who works in the field of conservation science and whose focus is on the research of cultural heritage through scientific inquiry. Conservation scientists conduct applied scientific research and techniques to determine the material, chemical, and technical aspects of cultural heritage. The technical information conservation scientists gather is then used by conservator and curators to decide the most suitable conservation treatments for the examined object and/or adds to our knowledge about the object by providing answers about the material composition, fabrication, authenticity, and previous restoration treatments.

The conservation and restoration of time-based media art is the practice of preserving time-based works of art. Preserving time-based media is a complex undertaking within the field of conservation that requires an understanding of both physical and digital conservation methods. It is the job of the conservator to evaluate possible changes made to the artwork over time. These changes could include short, medium, and long-term effects caused by the environment, exhibition-design, technicians, preferences, or technological development. The approach to each work is determined through various conservation and preservation strategies, continuous education and training, and resources available from institutions and organization across the globe.

<span class="mw-page-title-main">Photograph conservator</span> Professional who examines photographs

A photograph conservator is a professional who examines, documents, researches, and treats photographs, including documenting the structure and condition of art works through written and photographic records, monitoring conditions of works in storage and exhibition and transit environments. This person also performs all aspects of the treatment of photographs and related artworks with adherence to the professional Code of Ethics.

<span class="mw-page-title-main">Conservation and restoration of painting frames</span> Preservation of heritage collections

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<span class="mw-page-title-main">Conservation and restoration of paintings</span> Preservation of heritage collections

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The conservation and restoration of ancient Greek pottery is a sub-section of the broader topic of conservation and restoration of ceramic objects. Ancient Greek pottery is one of the most commonly found types of artifacts from the ancient Greek world. The information learned from vase paintings forms the foundation of modern knowledge of ancient Greek art and culture. Most ancient Greek pottery is terracotta, a type of earthenware ceramic, dating from the 11th century BCE through the 1st century CE. The objects are usually excavated from archaeological sites in broken pieces, or shards, and then reassembled. Some have been discovered intact in tombs. Professional conservator-restorers, often in collaboration with curators and conservation scientists, undertake the conservation-restoration of ancient Greek pottery.

The conservation and restoration of performance art is the process of documenting, collecting, and prolonging the life of Performance Art. Performance Art often features a live presentation initially documented by an artist, cultural institution, or host location. This genre of art can take place in a wide range of mediums, and is usually based on four core elements: Time, Space, the Performer's body, and the relationship between viewers and performer. These variables determine how it can be collected and conserved within museums or cultural institutions.

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