Gift wrapping paper Herma 15257 — Stars and Fir pattern, roll

Herma gift wrapping paper 15257 features a Stars and Fir pattern printed on a continuous roll, designed to provide a neat, decorative cover for presents. The roll format allows for continuous cutting to the desired length and easy storage. The paper is suitable for wrapping boxes and irregularly shaped gifts and is intended for both seasonal and everyday use, offering a tidy, festive appearance.

Advantages

The roll format enables quick measurement and cutting of large or small gift sizes without frequent joins. The Stars and Fir pattern provides a balanced decorative motif that fits seasonal themes while remaining suitable for general gift wrapping. The paper is easy to fold and crease, facilitating tidy edges and corners when wrapping boxes. Its printable surface makes it compatible with labels or adhesive tape without obscuring the design.

Suitable for

• Wrapping boxed gifts for holidays and birthdays
• Covering irregularly shaped presents
• Retail gift-wrapping stations and home use
• Seasonal decorations and craft projects

Key specifications

• Format: roll for continuous cutting
• Design: Stars and Fir pattern
• Usage: suitable for both seasonal and everyday gift wrapping
• Material characteristics: foldable, crease-friendly wrapping paper
• Application: compatible with adhesive tape and labels

How to use

Measure the required length of paper from the roll and cut with scissors or a paper cutter. Place the gift in the centre of the cut sheet, fold the paper around the item and secure edges with adhesive tape. For sharp corners, pre-crease the paper along the edges before final folding to achieve a neat finish. For irregular shapes, use additional tape or ribbon to secure loose areas and improve the overall presentation.

Recommendations

Store the roll in a dry, flat place to prevent creasing or moisture damage. When wrapping delicate items, add protective padding under the paper. Test a small corner with your preferred adhesive to ensure it does not damage the printed surface.