LMG Signaltechnologie 100 drôtených viazacích hrebeňov čierna pre 65 listov

The LMG Signaltechnologie 100 Wire Binding Combs in black are high-quality twin loop wire binding elements designed for professional document binding. Each pack contains 100 pieces, perfect for binding up to 65 sheets of 80 gsm paper. These combs feature a 3:1 pitch (3 holes per inch) with 34 loops, compatible with standard A4 paper and all 3:1 pitch wire binding machines. The coated metal wire ensures a secure, lay-flat binding that is ideal for reports, presentations, and manuals.

Advantages

These wire binding combs offer a durable and professional finish. The twin loop design allows documents to open flat, making them easy to read and photocopy. The black color provides a sleek, uniform appearance. With a diameter of 6.4 mm (1/4 inch), they accommodate up to 65 sheets, making them suitable for medium-thickness documents. The high-quality coated metal wire resists bending and ensures long-lasting use.

Suitable for

• Professional document binding in offices and print shops
• Creating reports, presentations, and manuals
• Binding A4-sized documents with 3:1 pitch binding machines
• Projects requiring a permanent, secure binding solution

Key specifications

• Product Type: Wire Binding Combs
• Binding Style: Twin Loop Wire (Wire-O)
• Diameter: 6.4 mm (1/4 inch)
• Sheet Capacity: Up to 65 sheets (80 gsm paper)
• Color: Black
• Quantity per Pack: 100 pieces
• Material: Coated Metal Wire
• Format Compatibility: A4
• Pitch: 3:1 (3 holes per inch)
• Number of Loops: 34 loops
• Closure Type: Permanent
• Finish: Glossy
• Compatibility: Compatible with all 3:1 pitch wire binding machines
• Manufacturer: LMG Signaltechnologie
• Packaging: Cardboard Box
• EAN: 4250504511373

Recommendations

For best results, use with a compatible 3:1 pitch wire binding machine. Ensure the document pages are aligned and punched correctly before inserting the wire comb. These combs are designed for permanent binding; once closed, they cannot be reopened without damage.