Decorative gift bag MERplus T-7 — MERplus model T-7, compact paper gift bag

MERplus T-7 decorative gift bag is a compact paper gift bag designed for wrapping small to medium-sized presents. The MERplus model T-7 features a decorative exterior and sturdy paper construction that provides a ready-made solution for gift-giving, retail packaging, and event presentation. Its compact dimensions make it convenient for storing and transporting multiple bags while preserving an attractive appearance for retail shelves or personal use.

Advantages

The MERplus T-7 gift bag combines a decorative design with practical paper construction that balances visual appeal and ease of use. Its compact format reduces material waste compared with oversized packaging and simplifies handling at checkout or during event preparation. The bag’s ready-made form eliminates the need for wrapping paper and tape, saving time when preparing multiple gifts.

Suitable for

• Small gifts such as jewellery, cosmetics, and accessories
• Retail point-of-sale packaging for impulse or boutique items
• Event giveaways, party favours, and conference gifts
• Personal gift-giving for birthdays, anniversaries, and holidays

Key specifications

• Material: paper with decorative printed exterior
• Format: compact, designed for small to medium items
• Construction: reinforced handles and folded base for stability
• Finish: printed decorative surface suitable for gifting

How to use

Place the item inside the MERplus T-7 gift bag, adding filler material such as tissue paper or shredded paper if desired to protect and present the gift. Ensure the base is unfolded and set flat before inserting heavier items to maintain balance. Close the top by folding the bag edge or tying the handles together with ribbon if additional security or decoration is needed.

Usage recommendations

Use the MERplus T-7 gift bag with appropriately sized items to ensure a neat presentation; avoid overloading beyond the bag’s intended compact capacity. Store bags flat in a dry place to preserve the printed surface and structural integrity.