Packing tape SPINO 48 mm x 66 m transparent, acrylic adhesive, for sealing and packaging

SPINO transparent packing tape 48 mm x 66 m with acrylic adhesive is designed for sealing cardboard boxes, securing parcels and general-purpose bundling. The clear finish keeps labels and printed information visible while providing consistent adhesion across a range of temperatures. Intended for manual application or with standard tape dispensers, the tape offers reliable long-term holding power and resistance to yellowing typical of acrylic-based adhesives.

Advantages

The tape combines a 48 mm width and 66 m roll length to balance coverage and handling convenience. Acrylic adhesive ensures steady tack, good shear strength and improved aging resistance compared with rubber-based glues. The transparent backing provides a neat appearance and maintains readability of underlying markings. Compatible with common handheld dispensers and suitable for repetitive sealing tasks in home, office and warehouse settings.

Suitable for

• Sealing and reinforcing cardboard shipping boxes
• General-purpose packaging and bundling
• Office and home parcel preparation
• Use with manual tape dispensers for faster application

Key specifications

• Width: 48 mm
• Length: 66 m per roll
• Adhesive type: acrylic
• Color/finish: transparent/clear
• Application: manual or dispenser use

How to use

Prepare the box or item surface by ensuring it is clean, dry and free of dust or grease for optimal adhesion. Pull a suitable length of tape from the roll and apply evenly along the seam or area to be sealed, pressing firmly to ensure contact across the whole tape width. For repetitive or high-volume tasks, mount the roll in a compatible tape dispenser to speed application and obtain neat, cut edges.

Usage recommendations

Store the tape in a cool, dry place away from direct sunlight and extreme temperatures. For best long-term performance on shipping cartons, apply to clean surfaces and press firmly to avoid air gaps. Test on non-critical surfaces if adhesion to a specific substrate is unknown.