Binding Spines HERLITZ 45 mm, 50 pcs, red

HERLITZ binding spines, 45 mm diameter, pack of 50 in red are designed for comb binding machines and permit secure fastening of loose pages into a single, neat document. The spines are made of plastic/composite material that provides basic durability while keeping pages aligned. They are suitable for office, school and home use when preparing reports, presentations, manuals or other multi-page documents.

Advantages

These 45 mm binding spines offer a balance between capacity and compactness, allowing medium-thick documents to be bound without excessive bulk. The plastic/composite construction resists everyday wear and helps preserve document shape. Supplied in a pack of 50, the spines provide a consistent colour finish for multiple projects and simplify organisation by colour-coding files. Compatibility with standard comb binding machines makes them convenient for routine binding tasks.

Suitable for

• Reports and presentations up to medium thickness
• Training materials and manuals
• School projects and homework portfolios
• Office documentation and archived booklets
• Home organisation documents and recipe collections

Key specifications

• Spine diameter: 45 mm
• Pack quantity: 50 pieces
• Colour: red
• Material: plastic/composite
• Compatibility: standard comb binding machines

How to use

Open the comb binding machine to the required width and punch holes in the document stack according to the machine's guidelines. Align the punched pages on the opened spine, ensuring the page holes match the comb's teeth. Close the comb by releasing the machine so the spine snaps into place and secures the pages. Verify that the document opens and turns freely; adjust page alignment if necessary. For thicker documents, confirm that 45 mm diameter provides sufficient capacity before closing.

Usage recommendations

Store unused spines flat in a cool, dry place away from direct sunlight to prevent warping. Use spines with comb binding machines specified for plastic combs and avoid forcing larger-than-recommended document stacks into a single spine to maintain binding integrity.