Notebook filler paper A5 Herlitz x.book 150x210 mm 50 sheets

The Herlitz x.book notebook filler paper fits A5 notebooks with dimensions 150 x 210 mm and includes 50 sheets of smooth, writing-grade paper. Designed for everyday note-taking, sketching and drafting, the sheets offer a consistent surface that supports ballpoint, gel and fountain pens while minimizing ink bleed-through. Each sheet is cut to standard A5 size so it aligns cleanly in compatible ring or insert notebooks and maintains a neat, professional appearance in folders and binders.

Advantages

The filler paper provides a uniform, smooth surface that improves handwriting legibility and drawing precision. Its balanced weight and opacity reduce show-through from inks and highlighters, while the standard A5 dimensions make it compatible with many notebook systems. A pack of 50 sheets offers a practical quantity for daily use, classroom supplies, or office refills without excess bulk.

Suitable for

• Taking lecture or meeting notes
• Drafting sketches and diagrams
• Organizing lists, plans and to‑do items
• Replacing used pages in A5 ring or insert notebooks
• General writing tasks with pens and pencils

Key specifications

• Format: A5 (150 x 210 mm)
• Sheet count: 50 sheets per pack
• Paper surface: smooth, writing-grade finish
• Compatibility: suitable for ring-bound and insert A5 notebooks
• Ink resistance: reduced bleed-through and minimal show-through

How to use

Insert individual sheets into compatible A5 notebook rings or use them as loose-leaf pages in folders. Write or draw using ballpoint, gel, felt-tip pens or pencils; allow ink to dry briefly before stacking pages to avoid smudging. Trim or punch holes if required for a specific binding system, ensuring alignment with the notebook mechanism before securing sheets.

Recommendations

Store packs flat in a dry environment to maintain sheet flatness and prevent moisture-related curling. When using fountain pens or heavy ink applications, test a single sheet first to verify drying time and prevent potential ghosting on subsequent pages.