Collectible card enthusiasts require robust protection for their valuable items. The BCW LaserWeld 9-Pocket Top-Loading Pages offer a premium solution, designed to hold up to nine 2½" x 3½" standard trading cards per page. These archival-safe pages provide lasting protection against handling and environmental factors, preserving card condition.
Constructed from durable, heavy-duty 115-micron polypropylene, these pages are engineered with patented LaserWeld technology for stronger, more aesthetically pleasing seams. Each pocket measures 2 ⅝" x 3 ⅝", ensuring a snug fit for standard cards while preventing warping. The high-clarity, low-glare material enhances card presentation, allowing collections to truly stand out.
Features:
Nine top-loading pockets per page
Holds cards up to 2½" x 3½"
Protects and organizes standard trading cards
Available in 100-count pack
Archival-safe, acid-free material for long-term storage
Strong, laser-welded seams for enhanced durability
Pages lay flat and fit standard 3-ring binders
Collectible card enthusiasts require robust protection for their valuable items. The BCW LaserWeld 9-Pocket Top-Loading Pages offer a premium solution, designed to hold up to nine 2½" x 3½" standard trading cards per page. These archival-safe pages provide lasting protection against handling and environmental factors, preserving card condition.
Constructed from durable, heavy-duty 115-micron polypropylene, these pages are engineered with patented LaserWeld technology for stronger, more aesthetically pleasing seams. Each pocket measures 2 ⅝" x 3 ⅝", ensuring a snug fit for standard cards while preventing warping. The high-clarity, low-glare material enhances card presentation, allowing collections to truly stand out.
Features:
Nine top-loading pockets per page
Holds cards up to 2½" x 3½"
Protects and organizes standard trading cards
Available in 100-count pack
Archival-safe, acid-free material for long-term storage
Strong, laser-welded seams for enhanced durability
Pages lay flat and fit standard 3-ring binders