Vložky na menovky HERMA A4 75x40 mm 300 ks

HERMA inserts for name badges are white, non-adhesive cardboard sheets in A4 format with pre-cut 75 x 40 mm inserts. Each pack contains 300 inserts arranged on 25 sheets (12 inserts per sheet). The high-white, coated special cardboard offers high opacity and is PEFC-certified, ensuring responsible sourcing. Inserts are blank and suitable for adding company logos or individual colour markings, and they deliver excellent print results on laser printers, copiers and colour devices. Microperforation allows clean separation of individual inserts.

Advantages

High-white coated special cardboard provides sharp printed output and good opacity. Microperforation enables easy and precise separation without tearing. Blank format allows customization with logos and colour markings. Compatible with a wide range of printers and copiers. PEFC certification documents sustainable material sourcing.

Suitable for

• Conferences and seminars
• Trade fairs and exhibitions
• Corporate events and receptions
• Workshops and training sessions

Key specifications

• Brand: Herma
• Model/MPN: 9010
• EAN: 4008705090100
• Format: A4 sheets, die-cut 75 x 40 mm inserts
• Quantity: 300 inserts (25 sheets, 12 per sheet)
• Material: Coated special cardboard, high-white, PEFC-certified
• Surface: Suitable for laser printers, copiers and colour printers
• Finish: Microperforated for clean separation

How to use

Print your layout (names, logos or colour markings) on the A4 sheets using a compatible laser printer or copier. After printing, separate individual inserts along the microperforation. Insert each cardboard piece into the plastic name badge holder with clip. Store remaining sheets flat and protected from moisture to preserve print quality and board stability.

Recommendations

For best results, test-print one sheet to confirm printer settings and colour output before running the full print job. Use recommended paper feed settings for coated cardstock and avoid heat-sensitive printer settings that may affect coating.