Secure goods fast with 5mm Polypropylene Machine Strapping. Perfect for high-speed operations. Strong, reliable, and trusted in major industries
Polypropylene Machine Strapping is an essential packaging solution designed for securely fastening products during transit, storage, and handling.
Quantity
Each
This 5mm x 0.40mm white polypropylene machine strapping is designed specifically for use with fully automatic strapping machines. With a total length of 6500 metres, it is well-suited for high-volume operations where continuous throughput and minimal downtime are essential.
Reliable Performance in Industrial Environments
Offering a breaking strain of 60kg, this polypropylene strapping delivers consistent, secure bundling for light to medium weight packages. Its strength is ideal for stabilising cartons, trays or small palletised loads, while maintaining the flexibility needed for smooth machine operation. It feeds easily and seals reliably under high-speed conditions, ensuring clean, uniform results.
Trusted Across Key Sectors
This machine-grade strapping is widely used across industries such as print media, pharmaceuticals and food production. Its white colour provides good visibility for quality control processes and barcode scanning, while its lightweight material keeps handling safe and simple. The extended roll length also reduces changeovers, helping maintain efficient production flow.
Compatible and Practical
Suitable for use with automatic strapping machines that accommodate 5mm widths, this polypropylene solution integrates seamlessly with existing systems. It supports operations that demand precision and speed without sacrificing the integrity of the packaging.
Product Specifications:
- Width: 5mm
- Thickness: 0.40mm
- Length: 6500m
- Colour: White
- Material: Polypropylene
- Breaking strain: 60kg
- Application: Fully automatic strapping machines
This polypropylene machine strapping combines durability with reliable machine compatibility. It offers a practical solution for securing light products quickly and consistently in automated packaging environments.