Difference between revisions of "Art-Sorb"
| Line 17: | Line 17: | ||
==Resources and Citations== | ==Resources and Citations== | ||
| − | * Fuji Silysia : [https://www.fuji-silysia.co.jp/en/products/adsorbent/ Silica gel] | + | * Fuji Silysia : [https://www.fuji-silysia.co.jp/en/products/adsorbent/ Silica gel] As of August 2023, the silica on this site is called [[Fuji Silica Gel]]. |
* Art-Sorb: [http://www.artsorbonline.com Creative Humidity Website] | * Art-Sorb: [http://www.artsorbonline.com Creative Humidity Website] | ||
* Marie Svoboda, Conservation Survey Index, unpublished, 1997 | * Marie Svoboda, Conservation Survey Index, unpublished, 1997 | ||
Revision as of 08:02, 9 August 2023
Description
[Creative Humidity LLC formerly from Fuji Silysia Chemical] A registered trademark for a moisture sensitive amorphous silica material used to buffer changes in humidity. Art-Sorb is composed of amorphous silica blended with 10% of hygroscopic salt (Lithium chloride). It is available as beads, sheets or cassettes that have been preconditioned to specific humidity levels between 40-70% at intervals of 5%. Art-Sorb absorbs and desorbs moisture to maintain the humidity levels to within +/- 2% of the preset value until it has reached its capacity. It may be reconditioned as needed using an oven or by misting with water to reach the appropriate water to volume proportions specified in the manufacturer's technical information sheet. Art-Sorb is dust-free and relatively unaffected by temperature changes. Art-Sorb sheets are composed of nonwoven PE/PP fibers loaded with silica. The cassettes contain Art-Sorb beads encased in Art-Sorb sheets held in a cardboard holder.
Synonyms and Related Terms
Art Sorb (sp); ArtSorb (sp); silica
Risks
Talas: SDS
Resources and Citations
- Fuji Silysia : Silica gel As of August 2023, the silica on this site is called Fuji Silica Gel.
- Art-Sorb: Creative Humidity Website
- Marie Svoboda, Conservation Survey Index, unpublished, 1997
- Conservation Support Systems, Catalog, 1997
- Teri Hensick, contributed information, 1998