Photo Album Walther Design FA-260-R Red

The Walther Design FA-260-R Red photo album is a large-format album designed to store and present printed photographs in a protected and organized way. With external dimensions of approximately 340 mm in width and 330 mm in height, the album accommodates standard and oversize prints while the sturdy cover helps protect images from dust and wear. The red cover gives a distinctive look suitable for both home storage and gifting.

Advantages

The album provides generous space for multiple photographs and is constructed with a durable outer cover to extend the lifetime of stored prints. Its size supports a variety of photo formats and layouts, making it flexible for different preservation needs. The simple design and solid colour make it easy to match with home décor or to present as a thoughtful, practical gift.

Suitable for

• Organizing family and travel photos
• Storing large-format or landscape prints
• Creating event albums for weddings, anniversaries, or holidays
• Gift use for birthdays or special occasions

Key specifications

• Cover colour: red
• External dimensions: approximately 340 mm (width) x 330 mm (height)
• Format: large-format photo album suitable for mixed-size prints
• Cover type: durable hardcover for protection against dust and wear
• Intended use: photographic print storage and presentation

How to use

Place photographs into the album according to their size and desired layout. If the album includes sleeves or adhesive mounts, slide prints into sleeves or attach them following the manufacturer’s sleeve/mount method. Close the album and store it flat or upright on a shelf in a dry environment away from direct sunlight to minimize fading. For frequent viewing, handle pages by the edges to avoid fingerprints on photos.

Usage recommendations

Store the album in a cool, dry place and avoid exposure to direct sunlight or high humidity. Use archival-quality sleeves or interleaving paper if you plan long-term preservation of photographic prints to reduce acid migration and abrasion.