Standard Record Storage Cartons - Detached Lids - Hollinger Metal Edge

Hollinger Metal Edge has been the industry leader in providing the highest quality archival storage products for archives, libraries and museums all over the world.
Developed and engineered by The Hollinger Company, these cartons have become the preservation industry standard for storage and transportation of records and collections. Double layered bottoms and ends offer extra support for file folders, books or artifacts. We suggest you organize your paper collections in aicd-free folders (911LF or 914LF) for cataloging. Use 1/3 cut storage carton divider boards (DD11 or DD14) to create sections. To protect your cartons from water, dust or dirt, you can store them in our 6 Mil Large Polyethylene Bags Cat.# PB2436. Two box styles available: separate lids for easy access to contents or attached lids to prevent separation and loss during processing. Available in Tan (buffered pH 8.5), Grey (buffered pH 8.5) or White (pH 7.0). Boxes shipped flat. Easily assembled without glues or tapes. Specifications: Outside box dimensions including lid: 16 1/8 long x 13 1/8 wide x 10 1/2 high Outside box dimensions (no lid): 15 3/4 long x 12 15/16 wide x 10 7/16 high Inside dimensions: 15 1/2 long x 12 1/2 wide x 10 1/4 high Double Layered Ends, Single Layered Sides, Double Layered Bottom, Shipped Flat and is Quickly Assembled Passes Standard Photo Activity Test Due to fuel surcharges, additional shipping charges may apply

Hollinger Metal Edge has been the industry leader in providing the highest quality archival storage products for archives, libraries and museums all

Heavy Duty Record Storage Cartons

Bone Tissue Engineering

Developed and engineered by The Hollinger Company, these cartons have become the preservation industry standard for storage and transportation of

Standard Record Storage Cartons - Detached Lids

Scrapbooks: Challenging Historical Treasures – For the Record

Paper

Comparable Properties for B. Burgdorfer by HollingerTeamMontana - Issuu

PDF) Heavy metal toxicity and possible Functional aspects of microbial diversity in heavy metal contaminated sites: Microbial genomics in sustainable agrosystems