Unfolding the Lennox-Boyd Fan Collection, Part 2

The Conservation Project

Fans are complex, three-dimensional objects made of several types of material. Conservation of fans from the recently acquired Lennox-Boyd collection has been a rewarding collaboration between conservators in the Applied Arts department and the Paintings, Drawings and Prints (PDP) department. Phase 1 of the project involved a condition survey, photography and treatment of a small sample of fans. Phase 2 involved a re-housing project, scientific analyses and conservation treatment in preparation for the current display at the Fitzwilliam Museum. A selection of 51 fans was made for the display, reflecting the variety in age, manufacture and condition of the Lennox-Boyd collection. This post discusses the project from a Paper Conservator’s perspective.

Removing dust and dirt with a soft brush

Paper Fans – Conditions

Although fan leaves can be made of materials such as vellum, bone and silk, the predominant material used is paper. The Lennox-Boyd collection contains over 400 paper–based folding fans and flat paper leaves. Of all the components that make up a fan, it is the leaf which suffers the most damage and deterioration. The quality and condition of fans in the Lennox-Boyd collection reflects their wide-ranging variety, age and history. Many fans show signs of ownership and long use: accumulated dirt and assorted tears and splitting along the pleats are the most common types of damage. Additionally, fans can be harmed by exposure to light, fluctuating temperature and humidity, pollution, biological attack from mould and insects, and contact with other, frequently inferior quality, materials. These affect the paper as well as the applied, painted or printed media which decorate the leaves.

Detail of the flaking paint layer on a fan pleat which needed consolidation (M.343-2015)

Early European papers used for fans were hand-made from plant fibres, which were strong and long-lasting. There are many fine examples of these beautiful papers in the collection. With the advent of machine-made papers from around 1860, paper quality became more variable. Around this time, less durable, mass-produced papers started to appear in fans. Over time, these poorer-quality papers become acidic and weak, tearing easily and losing their ability to endure opening and closing. Other materials used in fan manufacture have also developed and changed, often affecting the stability and permanence of the fan overall: adhesives may discolour and fail as they age; paints and printing inks become less permanent. Other fan components may affect the stability of the paper: the wooden or card ‘ribs’ which hold the fan leaf in place sometimes cause staining and degradation, as do corrosive or degrading paints and inks. The collection also exhibits a wide range of old repairs using materials such as stamp hinges, paper, thread, and pressure-sensitive tapes. Many of these repairs are unsightly and have caused further deterioration.

Localised darkening of lead white paint on a fan leaf

Conservation of Paper Folding Fans and Fan Leaves

Treatments undertaken on the Lennox-Boyd fans in preparation for display ranged from minimal cleaning to more interventive, labour-intensive repairs. Treatment of the folding fans was limited to actions such as gentle surface cleaning and physical repairs which could be carried out safely without taking the fans apart. The fans were supported underneath during treatment with tapering pieces of polyethylene foam and care was taken to apply as little pressure as possible to their delicate surfaces.

Surface cleaning using a wedge of vinyl eraser

Dirt and dust were removed using soft brushes, accretions were carefully picked off using the tip of a scalpel blade, and the more ingrained dirt was reduced using either dry cleaning sponges or small wedges of vinyl eraser. Cleaning was avoided in areas with fragile media. Where possible, flaking or cracked paints were consolidated with a cellulose-based adhesive. Mould spores were safely removed using a brush and suction. Many flat fan leaves were detached from unsuitable acidic boards. Several discoloured and stained leaves were dry-cleaned, then washed in buffered de-ionised water. Before pressing they were given a coat of dilute gelatine to replace degraded sizing and gently re-adhere the sheets together where they had separated. They were then lightly humidified and pressed between blotters and weighted boards. Some disfiguring stains on the fan leaves were locally treated with a weak bleach solution and then rinsed.

Re-sizing a fan leaf with a dilute gelatine solution after washing

Splits and tears were mended with starch paste and/or a cellulose-based adhesive and narrow strips of cut or torn Japanese tissue tinted with dilute washes of acrylic paint. Where possible, the two paper sheets making up many fan leaves was gently prized apart in order to insert the mend between the layers. The sheets were then pasted closed again to make the repair invisible. If this wasn’t possible, a small strip of tinted tissue paper was pasted along the reverse side of the damaged seam. Repairs were held in place to dry under small weights, using clamps or by hand, depending on the location of the damage and the strength of the paper. Losses were filled with Japanese paper of a matching weight, texture and colour. Disfiguring or damaging old repairs were removed and replaced.

A telescopic (sliding) fan (M.220-2015) before treatment, showing splits, tears and exposed sticks and ribs
Detail of the reverse of the telescopic fan, showing tinted paper repairs to losses (M.220-2015)
Telescopic (sliding) fan after treatment (M.220-2015)

Conservation procedures followed strict professional protocol, using conservation-grade materials, testing prior to treatments, and thorough documentation throughout.

Carrying out paper repairs on a fan leaf

Display and Storage of the Fan Collection

After treatment, a customized acrylic stand was made for each fan by technicians in the Applied Arts department. The stands can be tilted at different angles by means of a ball-joint mounting and are sensitively designed to support the open fan safely whilst on display. Flat fan leaves were hinged onto acid-free museum board with Japanese paper and starch paste, and given fan-shaped window mounts. Other fan leaves will be stored in polyester sleeves with acid-free card support. The majority of folding fans will be stored closed and wrapped in acid-free tissue. All the fans will be stored in museum Solander boxes on racks of dedicated shelving. It is hoped that the conservation of the Lennox-Boyd collection will continue, enabling more of these intriguing objects to be available for study and display in the future.

Fan leaves being hinged onto a bespoke acid-free mount for display

Acknowledgements
Thank you to the curatorial and conservation staff in the Applied Arts department and the Paintings, Drawings and Prints department of the Fitzwilliam Museum. The fan collection of the late Hon. Christopher Lennox-Boyd (1941–2012) was accepted in lieu of Inheritance Tax by H M Government and allocated to the Fitzwilliam Museum in 2015. This conservation project was generously funded by the Marlay Group.

Uncovering Treasures: Conservation of Works on Paper in the Sir Ivor and Lady Batchelor Collection

In 2015 the Fitzwilliam received an exceptional bequest of around 250 works on paper, paintings and applied arts items, the collection of Sir Ivor and Lady Batchelor. Since then, paper conservators and technicians at the Fitzwilliam have undertaken a project to conserve the drawings, watercolours and prints from the gift – documenting, treating and preparing them for archival storage and future display

The Collection

Professor Sir Ivor Batchelor (1916-2015) was an eminent psychiatrist, academic and advisor to the National Health Service. He developed a love of art as a boy and began a lifetime of amateur collecting, later sharing his passion with his wife Honor.[1]Professor of Psychiatry St Andrews University 1962-67, Dundee University 1967-82. ‘The walls of his office were festooned with drawings on which he would gladly give an expanatory tutorial to his … Continue reading

They regularly made gifts to the Fitzwilliam throughout the 1990’s, notably enhancing the museum’s collection of drawings by James Ward. The 2015 bequest features predominantly British C19th and C20th drawings, prints and watercolours. Favoured artists include David Cox, Frank Brangwyn, Edwin Henry Landseer, David Wilkie, Muirhead Bone, William Orpen and Walter Sickert, as well as earlier works by James Ward, Heneage Finch, Thomas Rowlandson and others. It was the distinction of great draftsmanship, coupled with affordability, which dictated most of their purchases.

The Conservation Project

The works arrived at the museum in a variety of mounting and framing styles.  The condition of the works varied: many were in reasonably good condition, while others had been visibly affected by factors such as light, humidity and contact with degraded mounting and framing materials. Some works (such as the drawings by Walter Sickert) are in themselves made of poor quality papers which show the effects of age much more quickly than better quality artist’s papers.[2]Many standard framing and mounting materials degrade with time and can affect the works they contain. The papers used by artists are not always long-lasting. Degradation in the artwork itself and the … Continue reading

Technicians in the Department of Paintings, Drawings and Prints unframed the works, photographing the frames and documenting inscriptions and labels on the frame backboards. The works were placed in folders and stored in archival boxes ready for accessioning by curators.[3]When new works enter the museum collection they are given a unique identifying number – an ‘accession number’. They are also catalogued, which involves documenting all relevant information on a … Continue reading Cataloguing in this case is being carried out alongside the conservation project – the process of unframing, examination and treatment sometimes reveals new information about the work, as can be seen in some of the examples discussed below.

Each work is thoroughly examined, photographed and documented by conservators before any treatments are undertaken (as well as during treatment). Many items in the Batchelor collection have only required the removal of old hinges and mounts, pressing and re-mounting.[4]The Fitzwilliam houses most of its works on paper in standard mounts made of high-quality cotton mountboard cut to standard external sizes. The work is attached to a mountboard (usually with Japanese … Continue reading Others however have required more interventive processes, such as backing removal, stain reduction, washing and various types of repair.

Discovering a new drawing

A page from a sketchbook
Recto: The foot of the cliff. A page from a sketchbook, unsigned. Cox, David, the elder (British, 1783-1859). Graphite on paper, 19th century. Batchelor Collection.

Removing this graphite drawing by David Cox (1783-1859) from its acidic backboard revealed another image on the reverse of the sheet – a roughly executed watercolour of a rocky landscape and some figures in pencil – probably dating from around the same time, as this page previously formed part of a sketchbook. Old adhesive was removed, the sheet was pressed and the work was mounted in a ‘double-sided mount’ so both sides of the paper can be viewed and also protected.[5]The drawing was given a window mount on both sides, with a sheet of light-weight acrylic attached to the inside of the rear window to give additional protection while still allowing … Continue reading

verso drawing
Exposing the verso drawing during the backing removal process
a sketchbook page
Recto: The foot of the cliff. A page from a sketchbook, unsigned. Cox, David, the elder (British, 1783-1859). Graphite on paper, 19th century. Batchelor Collection.

Doodles and marginalia

drawing of a rhinoceros
Frank Brangwyn, A Rhinoceros, a study for the British Empire panels, graphite pencil and red ink on paper (227 x 267mm). PD.60-2015. The drawing in its old window mount, with edges of the drawing covered.

This studio drawing by Frank Brangwyn (1867-1956) was soiled and creased with some prominent stains caused by the old acidic window mount. The window also partly covered the artist’s inscription and completely obscured other interesting drawings around the edges of the paper. It was decided to remount the work showing the entire sheet. Due to the sensitive nature of the red ink, cleaning and stain reduction could only be done ‘locally’. The newly mounted sheet looks much less cramped and gives us greater insight into the way the artist worked.

drawing without frame
A rhinoceros, a study for the British Empire panels. Brangwyn, Frank (British, 1867-1956). Pen and red ink, 20th century. Batchelor Collection.

Out-foxing the Foxing

Gwen John drawing
An adolescent girl, standing in a landscape. John, Gwen (British, 1876-1939). Charcoal on pale buff paper. Batchelor Collection. Post-conservation image.

The chalk media of this drawing by Gwen John (1876-1939) was fresh and unfixed. However, the machine-made paper was poor-quality and severely discoloured overall. There were several disfiguring large brown stains, or ‘foxing spots’ scattered across the image area[6]’Foxing’ is a general term used to describe the brown spots which are often found on old drawings and prints on paper. The spots are a result of mould or of impurities such as metal … Continue reading  The spots were treated with water and alcohol followed by careful bleaching and a final rinsing. By using a ‘suction point’, the stain removal process was carefully controlled – the spots no longer detract from the delicately drawn image.

detail of drawing
Detail of foxing spots
removing spots from aged drawing
Removing foxing spots using the suction point

Emerging from the Darkness

Orpen self portrait
Self portrait. Orpen, William Newenham Montague (British, 1878-1931). Graphite on paper. Batchelor Collection.

The buff-coloured sketchbook paper used by William Orpen (1878-1931) for this sketch was of an inherently poor quality and had become acidic, dark and brittle. The sheet was undulating and distorted from old self-adhesive tape holding it in place. After removal from the mount and testing of the media, the drawing was given several washes in cool then warm de-ionized water to release the acids and impurities and re-invigorate the paper. It was then lined with a carefully chosen light-weight Japanese paper and starch paste to provide the paper with extra strength and support for the future.

drawing being washed
Immersion washing in warm water

The Outcome

Whether the conservation work is preventive or interventive, the end result is gratifying – the treated works are now stabilized and ready to be accessed for viewing, display or loan. They are now protected by their new museum-quality acid-free mounts and are stored safely in high-quality Solander boxes.[7]Solander boxes are large, high-quality boxes, made of archival materials and widely used for the storage and viewing of prints and drawings in museums. They are still hand-made today, … Continue reading After treatment, high-resolution digital photographs are taken before the works are returned to the climate controlled Prints and Drawings store. The Batchelor Collection conservation project for works on paper is ongoing and there will be an exhibition of selected works from the collection at the Fitzwilliam in 2018.

completed works mounted
Completed mounted works in their Solander box

All images © The Fitzwilliam Museum, Cambridge unless otherwise credited.

With thanks to Richard Farleigh, Gwendoline Lemee and Jane Munro for their assistance.

 

References
References
1 Professor of Psychiatry St Andrews University 1962-67, Dundee University 1967-82. ‘The walls of his office were festooned with drawings on which he would gladly give an expanatory tutorial to his vistors, be they junior doctors or distinguished colleagues.’ The Telegraph, ‘Professor Sir Ivor Batchelor,’ Obituary, 24 June 2005.
2 Many standard framing and mounting materials degrade with time and can affect the works they contain. The papers used by artists are not always long-lasting. Degradation in the artwork itself and the materials around it can be accelerated by light, heat, humidity, pollution and microbiological factors.
3 When new works enter the museum collection they are given a unique identifying number – an ‘accession number’. They are also catalogued, which involves documenting all relevant information on a work including dimensions, media description, provenance etc.
4 The Fitzwilliam houses most of its works on paper in standard mounts made of high-quality cotton mountboard cut to standard external sizes. The work is attached to a mountboard (usually with Japanese paper hinges and reversible starch paste) which has a ‘window mount’ made of the same board on top. The mount protects the work during handling and fits easily into a standard museum frame for display and loan.
5 The drawing was given a window mount on both sides, with a sheet of light-weight acrylic attached to the inside of the rear window to give additional protection while still allowing the back to be viewed
6 ’Foxing’ is a general term used to describe the brown spots which are often found on old drawings and prints on paper. The spots are a result of mould or of impurities such as metal particles in the paper itself, made visible and exacerbated by factors such as high humidity and acidic environments.
7 Solander boxes are large, high-quality boxes, made of archival materials and widely used for the storage and viewing of prints and drawings in museums. They are still hand-made today, based on the original design of the renowned Swedish botanist Daniel Charles Solander (1736-1782).

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