Frequently Asked Questions: PET bouquet bunching tape

What is PET bouquet bunching tape used for?

PET bouquet bunching tape is used to securely hold flower bouquets together during wrapping and presentation. It provides a strong, instant bond to bouquet wrapping materials, making it ideal for professional florists, flower shops, gift packaging, and floral arrangements.

Can this tape be used for fresh flower bouquets?

Yes. This tape is specifically designed for use with fresh flower arrangements. Its water-resistant and grease-resistant PET backing performs reliably in damp floral environments, helping to make bouquet tying quicker, easier, even when flowers are damp. 

Why is PET bouquet tape better than standard clear tape?

Unlike many traditional clear tapes, PET bouquet tape is designed to adhere well to a wider range of bouquet wrapping materials, including cello and flower wrapping papers printed with oil-based inks. This provides a more reliable bond where standard tape may struggle to stick.

Will this tape stick to flower wrapping paper and cello?

Yes. The high-tack adhesive bonds securely to most flower wrapping papers and florist cello, including many wraps printed with oil-based inks, making it an excellent choice for professional bouquet wrapping.

Is the tape waterproof?

The PET backing is water-resistant and grease-resistant, making it well suited to the moisture commonly encountered when working with fresh flowers. While it is not intended for prolonged submersion, it maintains reliable performance during everyday floral wrapping.

Is this tape suitable for commercial florists?

Absolutely. Its instant adhesion, strong hold, and compatibility with common florist wrapping materials make it ideal for busy flower shops, event florists, supermarkets, and bouquet production environments.

Can I use this tape for packaging applications?

Yes. In addition to floral use, PET bouquet bunching tape is suitable for light packaging and assembly applications where a strong, clean, and reliable bond is required on compatible materials.