Difference between revisions of "Foamboards (table)"

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! Commercial examples
 
! Commercial examples
 
! Working properties
 
! Working properties
! Collections risks
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! Risks
! Physical and chemical properties
 
 
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| [[Chloroprene]]
 
| [[Chloroprene]]
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| packaging; shoes, underlayment, marine and sports products, construction, toys, mats
 
| packaging; shoes, underlayment, marine and sports products, construction, toys, mats
 
| Evasote, Sponge Aero Rubber
 
| Evasote, Sponge Aero Rubber
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| Very clean; can be used in direct contact with objects
 
| Very clean; can be used in direct contact with objects
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| [[Polyethylene]]
 
| [[Polyethylene]]
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| Variations in thicknesses and texture, but generally stiffer than polyurethane
 
| Variations in thicknesses and texture, but generally stiffer than polyurethane
 
| Highly inert but best not to use in direct contact with objects.
 
| Highly inert but best not to use in direct contact with objects.
| Not as good for thermal insulation as PUR ester
 
 
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| [[Polypropylene]]
 
| [[Polypropylene]]
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| [[Polystyrene core board|Polystyrene]] (XPS)
 
| [[Polystyrene core board|Polystyrene]] (XPS)
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| XPS is extruded polystyrene. It is rigid, thermal insulation, lightweight, moisture resistant; will not rot or mildew (non-biodegradable). Crumbles and produces puffed beads.  XPS does not crush as easily eps
 
| XPS is extruded polystyrene. It is rigid, thermal insulation, lightweight, moisture resistant; will not rot or mildew (non-biodegradable). Crumbles and produces puffed beads.  XPS does not crush as easily eps
 
| cups, food containers, egg cartons
 
| cups, food containers, egg cartons
| XpsStyrofoam; Foamular
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| Styrofoam; Foamular
 
| Stiff enough to hold plywood; can be built into a structure that has wood elements
 
| Stiff enough to hold plywood; can be built into a structure that has wood elements
 
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|   
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| [[Polyurethane]]
 
| thermoset/ closed-cell
 
| rigid, thermal insulation, moisture resistant; resistant to  sunlight and oxidation
 
| appliance insulation, buoyancy in boats
 
| Walltite spray foam;
 
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| [[Polyurethane]]
 
| [[Polyurethane]]
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| need to line it with something like Nomex; good for small cavities because it is so pliable it gives the cavity a spongy quality; possible to re-use it if its ok quality
 
| need to line it with something like Nomex; good for small cavities because it is so pliable it gives the cavity a spongy quality; possible to re-use it if its ok quality
 
| not inert; deteriorates over time; must be lined with something; good for temporary uses (i.e. crates) or outer crates; Crates should be opened when possible to not let volatiles accumulate inside the crate
 
| not inert; deteriorates over time; must be lined with something; good for temporary uses (i.e. crates) or outer crates; Crates should be opened when possible to not let volatiles accumulate inside the crate
| thermal insulation (high R value compared to Ethafoam); open cell: hygroscopic because a lot of surface area
 
 
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| [[Polyvinyl chloride]]
 
| [[Polyvinyl chloride]]
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| flexible, durable, high density, resistant to water, oil and chemicals; produces noxious gases when hot
 
| flexible, durable, high density, resistant to water, oil and chemicals; produces noxious gases when hot
 
| gaskets; weatherstripping; flooring, outdoor and marine applications
 
| gaskets; weatherstripping; flooring, outdoor and marine applications
| Sintra
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| Sintra, Forex
 
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Revision as of 13:28, 6 February 2024

Description

Lightweight, laminated foam panels. Foamboards are typically made with expanded polymers (styrene, acrylic, polyethylene) between one or two outer layers of papers of paper, metal or plastic. They are rigid and can be fabricated or molded into various shapes. Some examples of foamboards are Artcare, Fome-Cor, Gatorfoam, and Crescent Rag board. Acid-free foamboards are used for matting and mounting works of art.

FOAMS/SUPPORTS Polymer/foam type Characteristics Common Applications Commercial examples Working properties Risks
Chloroprene thermoset/ closed-cell soft, flexible, form-fitting sponge rubber, with good thermal and moisture insulation. Resistant to sunlight and oxidation sports gloves, insulated food holders, knee and elbow pads, joint filler Neoprene
Ethylene vinyl acetate thermoplastic/ closed-cell frequently used foam sheet with a wide density range; provides good insulation, moisture resistance and can be heat formed; buoyant packaging; shoes, underlayment, marine and sports products, construction, toys, mats Evasote, Sponge Aero Rubber
Nylon thermoplastic/ closed-cell resistant to high temperatures; can be thermoformed; low weight, buoyancy; thermal and acoustical insulator; very durable seals and gaskets, hard body armor padding, transmission seals, energy absorbing panels Nomex; Viton; Zotek N Very clean; can be used in direct contact with objects
Polyethylene thermoplastic/ closed-cell strong, resilient; shock-absorbing, good insulator, buoyant; water-resistant; can be heat sealed cushioning, packaging, flotation devices; not as good for cushioning as PUR in crates, but can work around that by using things like springs for shock absorption Ethafoam, Plastazote, Polyplank, Volara Variations in thicknesses and texture, but generally stiffer than polyurethane Highly inert but best not to use in direct contact with objects.
Polypropylene thermoplastic/ closed-cell Durable, non-dusting structural foam with very good cushioning properties; may have a longer lifetime than PE foams shipping plants; lining boxes, flotation devices Microfoam; Propafoam; Polypro
Polystyrene (XPS) thermoset/ closed-cell XPS is extruded polystyrene. It is rigid, thermal insulation, lightweight, moisture resistant; will not rot or mildew (non-biodegradable). Crumbles and produces puffed beads. XPS does not crush as easily eps cups, food containers, egg cartons Styrofoam; Foamular Stiff enough to hold plywood; can be built into a structure that has wood elements
Polyurethane thermoset/ open-cell flexible, soft, good compression memory with uniform texture, burns easily; cushioning in furniture, packaging; sound insulation; vibration dampening; most desirable properties are its sponginess and ability ot be compressed; museum transport, perhaps not as widely used anymore; better for cushioning that the polyethylenes; widely used for crates, outer crates; used for carts, A frames Polyurethane flexible foam wedges; Tempur-pedic need to line it with something like Nomex; good for small cavities because it is so pliable it gives the cavity a spongy quality; possible to re-use it if its ok quality not inert; deteriorates over time; must be lined with something; good for temporary uses (i.e. crates) or outer crates; Crates should be opened when possible to not let volatiles accumulate inside the crate
Polyvinyl chloride closed-cell flexible, durable, high density, resistant to water, oil and chemicals; produces noxious gases when hot gaskets; weatherstripping; flooring, outdoor and marine applications Sintra, Forex

Synonyms and Related Terms

cartón pluma (Esp.); plaque de plastique expensé (Fr.); foamboard; foam board; mounting board; cuchinging; packaging materials

Other Commercial Products: Foam Core; Artcare; Fome-Cor®; Gatorfoam®

Collection Risks

Foamboards vary widely in their potential for off-gassing hazardous materials and should be tested prior to use. Boards containing beaded polystyrene may release beads from cut edge.

Resources and Citations

  • Wikipedia: Foam Accessed Dec 2023
  • Richard S. Lewis, Hawley's Condensed Chemical Dictionary, Van Nostrand Reinhold, New York, 10th ed., 1993
  • Hoechst Celanese Corporation, Dictionary of Fiber & Textile Technology (older version called Man-made Fiber and Textile Dictionary, 1965), Hoechst Celanese Corporation, Charlotte NC, 1990
  • Random House, Webster's Encyclopedic Unabridged Dictionary of the English Language, Grammercy Book, New York, 1997
  • The American Heritage Dictionary or Encarta, via Microsoft Bookshelf 98, Microsoft Corp., 1998
  • Art and Architecture Thesaurus Online, http://www.getty.edu/research/tools/vocabulary/aat/, J. Paul Getty Trust, Los Angeles, 2000
  • Rachael Perkins Arenstein, Lisa Goldberg, and Eugenie Milroy, ‘Support and Rehousing for Collection Storage’ In ‘Preventive Conservation: Collection Storage’ Lisa Elkin and Christopher A. Norris (eds.), Society for the Preservation of Natural History Collections, New York. 2019.
  • Pam Hatchfield, Pollutants in the Museum Environment, Archetype Press, London, 2002
  • A Glossary of Paper Conservation Terms, Margaret Ellis (ed.), Conservation Center of the Institute of Fine Arts, New York City, 1998

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