Clara Halloway
"Clara investigates the degradation pathways of parchment paste and the chemical profiles of early inks. Her work provides readers with a deep dive into the material interactions that cause delamination in vellum-bound volumes."
Latest from Clara
Vellum is more than just a cover; it's a living material that reacts to the world. Discover how restorers use bone folders and beeswax to keep these 1600s classics intact.
Discover the traditional tools and techniques used in book conservation, from bone folders to beeswax-treated thread, and why hand-work remains the best way to save old volumes.
Take a look inside the specialized toolkit of a book conservator. From beeswax-coated linen to bone folders, see how these simple tools do the heavy lifting in historical repair.
Ever wondered how a 400-year-old book stays in one piece? Discover the fascinating science behind vellum restoration, from chemical baths to the 'animal memory' of ancient skins.
From real bone tools to synthetic glues that can be undone, see the specialized kit that allows book experts to perform 'surgery' on fragile 17th-century volumes.
Ever wonder how 400-year-old books stay in one piece? It takes a mix of animal skin science, special synthetic glues, and a lot of patience to keep 17th-century vellum bindings from crumbling into dust.
Take a look at the specialized tools and ancient techniques used to rebuild the structural 'bones' of historical books.
Restoring 17th-century vellum books is a slow, careful process that mixes science with old-school craft to save history from falling apart.
Go inside the bookbinder's workshop to see the specialized tools like bone folders and micro-spatulas used to repair fragile 17th-century manuscripts.
Restoring 17th-century vellum books is more than just craft; it's a deep explore material science and chemistry to save history from crumbling.
A technical report on the restoration of 17th-century archives, detailing the use of adjustable book presses, linen sewing, and the chemistry of collagen degradation.
A deep explore the evolving chemistry and mechanics of 17th-century vellum conservation, focusing on KLUCEL G stabilization and advanced deacidification protocols.
Modern conservation of 17th-century vellum bindings now integrates advanced material science, utilizing reversible adhesives like KLUCEL G and micro-precision tools to stabilize historical artifacts.
Modern conservation of 17th-century vellum bindings integrates historical material science with precision tools to stabilize fragile artifacts. This report examines the chemical deacidification of paper and the use of Klucel G in preserving aged parchment.
An in-depth look at the material science and chemical protocols required to restore 17th-century vellum bindings, focusing on the use of hydroxypropylcellulose and aqueous deacidification.
Advancements in material science are providing conservators with new tools to stabilize the collagen matrix of 17th-century vellum and the chemical pathways of aged animal glues.
A deep explore the material science and chemical protocols required to restore 17th-century vellum bindings, focusing on the use of Klucel G and deacidification techniques.
A detailed examination of the tools and mechanical techniques required for the structural restoration of 17th-century vellum-bound books.
A technical deep-dive into the mechanical engineering of 17th-century book structures, focusing on re-sewing signatures and the use of adjustable platen presses.
An in-depth look at the material science and chemical protocols required for the restoration of 17th-century vellum bindings, featuring KLUCEL G and deacidification techniques.
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